Chemistry
Application Solutions
www.johnmorrisgroup.com
Welcome to the John Morris Group We are proud of our family-owned heritage spanning over 60 years & specialise in the supply, installation & servicing of precision instruments covering diverse industriy sectors througout the South Pacific region
We pride ourselves in the full range of services we offer: Qualified product specialists
Experienced engineers
who possess in-depth expertise in designing the right result for your needs
who can design & install your instrument as well as train your staff
Highly trained sales personnel
Customer support team
who come to you to understand your needs & tailor individual solutions
who can immediately assist you over the phone, by email or live chat via our website
National office network
Quality products
delivering local assistance & timely support to your door
from known & respected brands you can trust
Maintenance & repair division
which stands behind each & every product we sell
Actually try a product
in your laboratory prior to committing to a purchase
Australian & New Zealand compliance
C E L E B R A T I N G
60 YEARS OF EVOLUTION
through electrical testing prior to delivery on every instrument we deliver
Genuine local product warranty
backed by a stable organisation that will be around in the years to come
‌ plus our web site
www.johnmorrisgroup.com For our team it’s about more than simply offering a great product. We commit to serving your end-to-end needs & would love the opportunity to become your laboratory solutions partner. Our team is known to be amongst the most knowledgeable in the industry & our obligation is to provide the right solution for you. On behalf of the John Morris Group I look forward to helping you drive your research further. Kind regards,
Andre Wyzenbeek Managing Director John Morris Group
AndreW@johnmorris.com.au
www.johnmorrisgroup.com
2
INDEX BATCH CHEMISTRY
Metal Reactors o Metal of Construction - Selection Table o Fixed v’s Moveable Head Reactors o Stirred Reactors o Non-Stirred Reactors o Accessories (Stirred & Non-Stirred) o Single, Multiple & Custom Reactors Glass Reactors o Options - Summary o Ambient Pressure o Up to 3 Bar Pressure o Up to 10 Bar Pressure o Acid Digestion Vessels o Cell Disruption Vessels Batch Hydrogenation Microwave Synthesis Peristaltic Pumps Temperature Control Systems
CHARACTERISATION 4 5 5 6 7 8 9 10 11 11 - 12 13 - 14 15 16 16 16 17 18 19
FLOW CHEMISTRY Microfluidic Systems Modular Flow Chemistry Systems Scale-Up & Production Scale o Custom Designed for Your Conditions o Modular Continuous Chemistry
20 21 22 22 23
BIO CHEMISTRY
Peptide Chemistry Oligo Purification Automated Colony Counting Cell Counting & Viability Powder Containment Solutions Thermal Cyclers
24 25 26 26 26 27
SAMPLE PREPARATION
Milling, Grinding & Cutting Guide Microwave Drying/Ashing Heating & Drying Ovens Digestion (Batch & Sequential) Extraction (Batch & Sequential) Rotational Vacuum Concentration Rotary Evaporation Nitrogen Blowdown & Concentration Freeze Drying
LAB ESSENTIALS
Pipettes 54 Centrifuges 55 Vacuum Pumping Systems 56 - 57 Temperature Control Systems 58 Associated Lab Instruments 59 - 60
SELECTION GUIDES
28 - 30 31 31 32 33 34 34 35 36 - 37
Batch Reactor - Metal 61 Batch Reactor - Glass 62 Peristaltic Pumps 63 Temperature Control 64 Flow Chemistry - Modular Systems 65 - 66 Flow Chemistry - Scale-Up & Production 67 Sieve Shakers + Milling/Cutting 68 Digestion & Extraction 69 Rotational Vacuum Concentration 70 Freeze Drying 71 Flash & Prep/Analytical HPLC 72 Viscometers 73 Pipettes 74 Centrifuges 75
This guide has solutions to help your team in the following areas
CHROMATOGRAPHY
HPLC Solutions 38 o Preparative 38 o Semi-Preparative 38 o Analytical to Semi-Preparative 39 o Automated GPC Clean-Up 39 Combination HPLC + Flash 40 o Complete System (2 Techniques - 1 Instrument) 40 o Centrifugal Partition Chromatography 40 Solid Phase Extraction 41 HPLC Detectors 42 - 44 Universal Fraction Collectors 45 Rugged HPLC Pumps 45 Software 45
Australia - Free Call: 1800 251 799
Viscosity 46 Rheology 47 Spectrophotometers 48 Raman Spectroscopy 48 Polarimeters 49 Melting Point 49 Bomb Calorimeters 50 Moisture/Solids Analysis 50 Economical Moisture Analysers 50 Particle Sizing 51 Solvent Recovery Systems 52 Titrators 53 pH Meters 53
3
CREATE
ANALYSE
MANUFACTURE
CHARACTERISE
New Zealand - Toll Free: 0800 651 700
BATCH CHEMISTRY
(Autoclaves, Pressure Vessels) Pressure Reactor Certification When you purchase a reactor from John Morris Group it is marked with a unique Australian Standards Design Registration Number, assuring you of the highest compliance to safety & manufacturing standards ▀▀
▀▀
Why You Should Select Parr For over 100 years, Parr has been synonymous with high quality, reliable & safe pressure apparatus around the world. All reactors are machined from solid metal billets to eliminate weak spots associated with less expensive cast or welded vessels. Time tested designs, expert machinists & complete material traceability ensures the highest possible level of quality & safety.
Australian Work Health & Safety Standards (AS4343-2005; AS1210-2010) American Society of Mechanical Engineers (ASME; U-1A)
Beyond their standard product lines, almost any Parr product can be customized to your specifications.
Metal Reactors Considerations When Selecting a Metal Reactor
▀▀
Type of chemistry to be performed?
▀▀
What is the maximum pressure required?
▀▀
What is the temperature range?
▀▀
Size of vessel required?
▀▀
Metal of construction to be used (refer page 5)?
▀▀
Will corrosives be present (& if so, which)?
Gauge adapter
▀▀
Quantity of reagents to be used?
▀▀
What is the viscosity of your solution?
Rupture disc assembly
▀▀
What degree of particulate matter is in your solution?
▀▀
Type of reactor required (stirred or non-stirred)?
▀▀
Type of layout required (bench, floor, cart)?
▀▀
Type of head mounting - fixed or moveable (refer page 5)?
▀▀
Do you require heating/cooling?
▀▀
Type of control/monitoring required?
Cooling coil
▀▀
Which gases are to be added?
Impeller
▀▀
How will chemicals be added (refer page 8)?
▀▀
How will chemicals be removed (refer page 8)?
▀▀
What is your budget (helps determine most suitable instrument)?
Pressure gauge Gas release valve
Bushing
Gas inlet valve
Gas hose connections Thermocouple Liquid sampling valve Moveable head
Split ring assembly Shaft assembly
Dip tube Thermowell Stirrer bracket Cylinder
Schematic of 4540 Moveable Head Reactor with Standard Magnetic Drive
(refer Selection Guide on page 61 to personalise your needs) To ensure you select the right instrument for your needs, contact John Morris Group for professional assistance
www.johnmorrisgroup.com
4
Material
Typical Trade Name
Description Excellent with most organic systems (acetic, formic & other organic acids) - at moderate temps & pressures, used with most commercial gases - & in scrupulously anhydrous systems (hydrogen chloride, hydrogen fluoride & chlorine)
Alloy 400
Monel 400
Widely used for caustic solutions (not subject to stress corrosion cracking in most applications) excellent for fluorine, hydrogen fluoride & hydrofluoric acid systems
Alloy 600
Inconel 600
Excellent resistance to caustics & chlorides at high temps & high pressures when sulfur compounds are present - often chosen for its high strength at elevated temperatures
Alloy C-276
Broadest general corrosion resistance of all commonly used alloys - excellent resistance to strong oxidizers such as cupric & ferric chlorides & a variety of chlorine compounds & chlorine contaminated materials
Commercially pure titanium
Excellent for use with oxidizing agents (such as nitric acid, aqua regia & other mixed acids) plus very good resistance to chloride ions
Other options include Tantalum & Zirconium 702 & 705, Hastelloy B, Carpenter 20 & others - ask our team for details
Fixed v’s Moveable Head Reactors Moveable Head
Easy to Use
Economical
Close up with cylinder & heater lowered
Characterisation
Model 4523 Stirred Reactor (Fixed Head, 1 L)
▀▀ ▀▀
Australia - Free Call: 1800 251 799
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▀▀
5
The entire vessel can be removed as a complete assembly from the support stand allowing for charging, product recovery & cleaning. Suitable for fairly simple batch systems rather than continuous flow arrangements, preparing the vessel in a special atmosphere or cleaning the cylinder & stirrer at a site away from the reactor stand & heater
New Zealand - Toll Free: 0800 651 700
Selection Guides
▀▀
The head of the vessel may remain fixed in the support stand - all attachments to the head (gas & liquid feed & discharge lines, cooling water, vapour take-off & condenser, thermocouple plus any electrical leads) can remain permanently in place The reactor is opened by removing the split ring & lowering the cylinder away from the head, leaving all of the attachments undisturbed Good for all systems, especially larger, heavier systems As with the moveable head, the entire vessel assembly can be easily removed from the support stand
Lab Essentials
▀▀
Chromatography
Model 4544 Stirred Reactor (Moveable Head, 600 mL)
Fixed Head Reactors
Sample Prep
Fixed Head
Bio Chemistry
Titanium Grades 2 & 4
Hastelloy C-276
Flow Chemistry
-
Type 316 Stainless Steel
Batch Chemistry
Metal of Construction - Condensed Selection Table
Metal Reactors - Stirred
Series
-
500°C
1,000 (69)
-
225°C*
4560
2,000 (138)
5500
3,000 (207
4590
3,000 (207)
3,000 (207) -
18,750
5,000 (345)
5100M
10,000
4570
7,990
350°C
5,500
-
3,750
2,900 (200)
5,000 (345)
2,000
1,900 (131)
4540
1,800
4530
1,500
500°C
2,900 (200)
1,200
-
1,900 (131)
1,000
3,000 (200)
4520
600
4580
500
350°C
450
350°C
-
300
-
1,900 (131)
250
1,900 (131)
4550
160
4555
Total Volume (mL) of Reactor 100
Temp (max) 50
HP Max Pressure psi (bar)
25
Max Pressure psi (bar)
350°C 350°C
500°C 350°C
5,000 (345)
500°C *300oC with Kalrez
The above reactor specifications are appropriate for stainless steel. Volume of reagents is recommended to be 30% to 60% of total reactor volume (to allow for thermal expansion & effective stirring). Standard sizes & ratings shown, customization available.
Pressure gauge
Liquid sampling valve
Gas release valve
Thermocouple
Guide or foot bearing
Safety rupture disc Gas inlet valve
Internal stirring system Cooling coil
Model 4534 (Fixed-Floor 2,000 mL)
(refer Selection Guide on page 61 to personalise your needs) For Hydrogenation specific reactors, refer page 16 for our solutions
Optional welded jackets may be added to reactors to allow precise reactor temperature control - refer page 19 for our solutions
www.johnmorrisgroup.com
Dip tube
6
Metal Reactors - Non-Stirred
Total Volume (mL) of Reactor
350°C
8,500 (585)
540°C/350°C*
4790
3,000 (207)
5,000 (345)
500°C/350°C*
4700
1,700 (115)
-
300°C
Bio Chemistry
-
1,850 (125)
Flow Chemistry
3,000 (207)
4740
18,750
4750
7,990
600°C
5,500
500°C/350°C*
-
3,750
3,000 (207)
6,000 (410)
2,000
2,000 (137)
4650
1,800
4760
1,200
350°C
600
600°C/350°C*
-
1,000
6,000 (410)
5,000 (345)
500
4,200 (290)
4605
450
4680
300
350°C
250
600°C/350°C*
-
200
3,000 (207)
1,900 (131)
160
2,200 (150)
4600
125
4670
75
350°C
100
350°C
-
50
-
1,900 (131)
45
1,900 (131)
4660
25
4675
10,000
Temp (max) 22
Standard High Pressure Max Pressure Max psi (bar) Pressure psi (bar)
Batch Chemistry
Series
*PTFE
Sample Prep
The above reactor specifications are appropriate for stainless steel. Volume of reagents is recommended to be 30% to 60% of total reactor volume (to allow for thermal expansion & effective stirring). Standard sizes & ratings shown, customization available.
Chromatography Characterisation Lab Essentials
Model 4683 (Fixed Head, 1.8 L Vessel)
Model 4766 300 mL (with VGR with PTFE Flat Gasket & Optional Second Valve)
(refer Selection Guide on page 61 to personalise your needs) Optional welded jackets may be added to reactors to allow precise reactor temperature control - refer page 19 for our solutions
Australia - Free Call: 1800 251 799
7
New Zealand - Toll Free: 0800 651 700
Selection Guides
Model 4742 (25 mL Vessel with Gauge Block Assembly)
Metal Reactors - Accessories Catalyst Addition Devices
Condensers
Liquid Charging Pipettes
High Viscosity Stirrers
A550HC
Reflux Condenser
Series A2113HC
Used to feed liquids, solids, etc into vessel without removing head - External & Internal Catalyst Addition Devices
2 styles of condensers offered (Reflux & Reflux/Take-Off) for attachment to the head of a stirred reactor or pressure vessel
The most economical way to introduce liquids into reactors or vessels at elevated pressures is to use a pressure pipette as a secondary vessel
Anchor stirrers are available in several configurations for use with moderate to high viscosity materials
Machined Spiral Stirrer
Gas Entrainment Impellers
Liners
Bottom Drain Valves
Windows
Gas Entrainment Impeller with Hollow Shaft
PTFE Liners
Model A465VB Bottom Drain Valve
A large range of gas entrainment impellers for users who want to obtain maximum gas dispersion into a liquid system
Removable, open top, cylindrical liners made either of borosilicate glass or PTFE*
To allow emptying of a reactor at the conclusion of a reaction
For visual observations, light transmission & other purposes options include screw-in circular windows (integral, round, oblong) or externally welded
Stirrer Motors & Drives
Magnetic Drives
Controllers
Catalyst Baskets
Geared Drive mounted to Model 4553 Stirred Reactor Large selection including explosionproof motors, air motors & geared, direct drive motors
Mag Drive Family Trouble-free linkage to an internal stirrer (avoids leakage problems which may arise with a packed gland stirrer drive) - with Parr there are no rotating seals
Model 4848B Reactor Controller (with 6 panel meters) Full line of controllers to monitor, control, datalog & archive various parameters
Oblong Integral Windows
Dynamic Design
Static Design
For holding a supported catalyst so that it will not be destroyed or changed by the stirring action of the impeller - installed in reactors with volumes from 300 to 2,000 mL
* PTFE is an insulator & significantly reduces heat transfer to the reactor contents - PTFE liners are not recommended for corrosion inhibition
Contact us for information regarding our full range of reactor accessories
www.johnmorrisgroup.com
8
Sample Collection Vessels ▀▀ ▀▀
Automated Liquid Sampler
Manual liquid sampling Volumes 5 - 10 mL
▀▀ ▀▀
Automated, unattended sampling Up to six samples, typically 1 to 2 mL
Model 4351
Bench Top Reactor
High Pressure Gas Burette
Sample Prep
Any Parr Stirred Reactor or Non-Stirred Pressure Vessel can be equipped with a high pressure burette to deliver hydrogen to the vessel at constant pressure & allow calculation of gas consumed (refer below for examples of multi-reactor versions of this equipment)
4523 Bench Top Reactor (1000 mL, Fixed Head Style)
A2283HC High Pressure Gas Burette
Chromatography
Multiple Reactor Systems
5000 Reactor System with 4871 Controller
Lab Essentials
Custom Multi-Reactor Systems
Characterisation
Integrated system runs multiple reactions simultaneously & applies the principles of high throughput experimentation to reactions conducted at elevated temperatures & pressures
Run in batch or continuous flow schemes, either in a series or in parallel - design & build a system to meet your research needs
9
Custom Five Reactor Parallel System
New Zealand - Toll Free: 0800 651 700
Selection Guides
Custom Twelve Station High Pressure Compact Lab Reactor System
Australia - Free Call: 1800 251 799
Bio Chemistry
Stirred Single Reactor
Flow Chemistry
Model 4878 Automated Liquid Sampler connected to a 4566 Mini Reactor
Batch Chemistry
Metal Reactors - Sampling Accessories
Glass Reactors Considerations When Selecting a Glass Reactor Wide range of sensors ▀▀
Type of chemistry to be performed?
▀▀
Quantity of reagents to be used?
Easy stirrer seal
Quick stirrer set up ▀▀
What is the viscosity of your chemistry?
▀▀
What degree of particulate matter is in your solution?
▀▀
What is the actual temperature range of your chemistry?
▀▀
What is the maximum pressure required?
▀▀
What rate of heating/cooling is required?
▀▀
What type of reaction control/monitoring do you require?
7 Port lid
Quick clamp Powerful stirring Wide range of stirrers Quick connections
Oil drain unit
Jacketed vessels Bottom outlet valve
▀▀
What shape of vessel is preferred?
▀▀
What automation options are critical?
▀▀
What is your budget?
(helps determine most suitable instrument) Data logging USB download Simple control
Schematic of Jacketed Reactor
(refer Selection Guide on page 62 to personalise your needs) All jacketed vessels require precise external temperature control - refer page 19 for our solutions
Automate Your Reactions ▀▀
▀▀
▀▀
The Syrris Reactor Master automates jacketed reactor systems & logs data without the need for PC software Circulators, stirrers, thermocouples & RTDs from virtually any manufacturer can be controlled by the twist & click knob Data can be viewed in real time & downloaded to a USB memory stick as a .csv file
Reactor Master
www.johnmorrisgroup.com
10
Brand (Product)
70,000
50,000
30,000
20,000
10,000
5,000
3,000
2,000
1,500
1,000
Flow Chemistry
Page 11
Syrris (Globe) Page 13
-40° to +200°C (-90° to +250°C optional)
Up to 3 Bar*
-40° to +200°C (-90° to +250°C optional)
Syrris (Atlas HD) Page 14
Up to 10 Bar
Up to 225°C
Parr (Series 5100) Page 15
Bio Chemistry
Up to 3 Bar*
600
Syrris (Orb) Page 12
500
-40° to +200°C (-90° to +250°C optional)
450
Up to 3 Bar*
300
Syrris (Orb XL)
250
-90° to +250°C
160
Ambient
Total Volume (mL)
100
Temperature
50
Pressure
Batch Chemistry
Glass Reactor Options - Summary
Refer to more detailed instrument descriptions below & following pages
Chromatography
Glass Reactors - Ambient Pressure Manual Operation
Syrris - Orb XL
Characterisation
Floor-standing jacketed reactor system from scale-up or kilo to pilot plant labs Interchangeable vessel sizes from 10 to 50 liters Temperature range from -40°C to +200°C Fast & easy vessel changes Single frame for all vessel sizes - one system for many experiments Complete vessel support even when clamp is open or changing vessels Maximum chemical resistance - all wetted parts are glass, PTFE, FEP or FFKM Easily interchangeable bottom outlet valve - simple to clean & cost-efficient (no need to change the whole reactor when valve replacement is required) Portable - castors for easy transport or relocation of system Modular design is easily expandable as user requirements grow - compatible with Titan flow chemistry scale-up systems
Lab Essentials
Orb XL with 50 L vessel
All jacketed vessels require precise external temperature control - refer page 19 for our solutions
11
New Zealand - Toll Free: 0800 651 700
Selection Guides
(refer Selection Guide on page 62 to personalise your needs)
Australia - Free Call: 1800 251 799
Sample Prep
* Vacuum to 50 mbar Volume of reagents is recommended to be 30% to 60% of reactor ‘dead’ volume (to allow for thermal expansion & effective stirring)
Manual Operation
Bench-top jacketed reactor Economical system with ergonomic features Automation upgrade & data logging - circulators, stirrers, thermocouples & RTDs from virtually any manufacturer can be controlled via optional Syrris Reactor Master
Pressure
Vacuum (50 mbar) to 0.25 bar
Temperature (max)
-90° to +250°C with external circulator
Jacketed Vessels
100 mL to 2 L (DN100 clamp) & 1 L to 10 L (DN150 clamp)
Chemical Resistance
All wetted parts are glass or PTFE
Stirrer motor
Choice of stirrer motors: high speed (up to 2000 rpm), high torque (up to 90Ncm) torque feedback, RS232 control & digital display stirrers
Easy motor lift
Lift & rotate stirrer motor out of the way
Accessories
Choose from a wide range of accessories such as condensers, baffles, powder or pressure equalizing liquid funnels, port adaptors, stoppers etc
7 port lid
A wide range of port sizes in both vertical & compound angle configurations
Quick connections
Thermo fluid connections made in seconds
Quick clamp
No tools required to change jacketed vessels in seconds. DN100 clamp for 100 mL, 250 mL, 500 mL, 1L & 2L vessels DN150 clamp for 1L, 2L, 5L & 10L vessels
Oil Pipes Premium oil pipes for higher temperature applications from -90OC to +250OC budget oil pipes for temperature from -40OC to +120OC
Adjustable height
Instant change of vessel height without tools
Temperature control
Temperature probes connected to the circulator offer accurate closed loop temperature control
Wide range of stirrers
Different styles & lengths, glass or PTFE
Jacketed vessels
100 mL, 250 mL 500 mL, 1L, 2L, 5L & 10L jacketed vessels or up to 5L vacuum jacketed
Bottom outlet valve
Spring loaded valve offers leak-free sealing even at extremes of temperature & pressure
Drip tray
Base
For protection from spillages
Sturdy yet compact base
Orb
(refer Selection Guide on page 62 to personalise your needs)
All jacketed vessels require precise external temperature control - refer page 19 for our solutions
www.johnmorrisgroup.com
12
Manual Operation 3 Bar System
Upgrade to Automation ▀▀
▀▀ ▀▀
Add the Globe Reactor Master for total automation (with or without PC) & data logging (page 10) Syringe Pumps - automated reagent dosing (page 22) Software converts Globe into a fully controlled reactor
Pressure
Vacuum (50 mbar) to 0.25 bar (or 3 bar with Globe 3 Bar System)
Temperature (max)
-90° to +250°C with external circulator
Jacketed Vessels
50 mL, 100 mL, 250 mL, 500 mL, 1 L, 2 L, 3 L or 5 L
Jacketed Vessel Profile
Round bottom, Torispherical, Conical
Chemical Resistance
All wetted parts are glass or PTFE
Press button to drain thermo fluid for leak-free vessel changes
Easy lift stirrer
Pull the lever to raise the stirrer
Avoids drips & safely seals the pipes while changing vessels
Easy stirrer seal
Chemically resistant, auto aligning stirrer seal and guide
A wide range of port sizes in both vertical & compound angle configurations
Lower position for up to 2L, high position for up to 5L
Quick clamp
No tools required to change jacketed vessels in seconds
Quick connections
Thermo fluid connections made in seconds
Chromatography
Multi-Port lid Adjustable height clamp
Sample Prep
Oil pipe tidy
Bio Chemistry
Oil drain unit
Flow Chemistry
Includes all Globe benefits but designed specifically where elevated pressures are required ▀▀ High torque overhead stirring (up to 2000 rpm) ▀▀
Batch Chemistry
Glass Reactors - Up to 3 Bar Pressure
Temperature control
Jacketed vessels
Drip tray
Lab Essentials
Different styles & lengths available
Characterisation
Temperature probes connected to the circulator offer accurate closed-loop temperature control
Wide range of stirrers
50 mL, 100 mL, 250 mL, 500 mL, 1L, 2L, 3L, 5L in jacketed or vacuum jacketed format
Bottom outlet valve
Spring loaded valve offers leak-free sealing even at extremes of temperature & pressure
5L drip tray with pouring spout
Base
Sturdy yet compact base
(refer Selection Guide on page 62 to personalise your needs)
All jacketed vessels require precise external temperature control - refer page 19 for our solutions
Australia - Free Call: 1800 251 799
13
New Zealand - Toll Free: 0800 651 700
Selection Guides
Globe - 3 Bar
Automated Reactor Platform ▀▀
▀▀
▀▀
High performance, automated synthesis system Intuitive control of chemical processes via touch screen base Configured to control & monitor one or many reactions
Temperature Range
-90C to +250°C
Jacketed Vessels
From 50 mL to 5 L
Jacketed Vessel Profile
A range of profiles with or without a vacuum jacket
Stirring Options
Anchor, pitched blade propeller, retreat curve (in glass or PTFE)
Sensors
Temp, pH, pressure, turbidity, etc
Reagent Addition/Sampling
Automated dosing & sampling of liquids & full gas control
Powerful stirring
Wide range of sensors
Compact, auto aligning stirrer up to 800 rpm
Temperature probes, pH sensors, turbidity probes etc with localized calibration
Oil pipes
For oil temperatures from -90°C to +250°C
Oil drain unit
Press button to drain thermal fluid
Height adjustable stirrer seal
7 port lid
Chemically resistant stirrer seal & guide
A wide range of port sizes in both vertical & compound angle configurations
Quick connections
Thermal fluid connections made in seconds
Wide range of vessels
50ml, 100ml, 250ml, 500ml, 1L, 2L & 5L with or without a vacuum jacket
Wide range of stirrers
Different styles & lengths, glass or PTFE
Bottom outlet valve
Spring loaded valve offers leak free sealing
Drip tray
For protection from spillages
Easy configuration of devices
Simple configuration of sensors, circulator, stirrer & other devices via the touch screen
Automated data logging and display
Live graph visualization allows direct & quick monitoring of reaction parameters
Real-time measurements
Monitor & change reaction parameters
Control via touch screen or PC
Control of chemical processes via the touch screen.
Atlas syringe pump control
Coordinate control of additions with temperature & stirring profiles
Atlas HD
Modular options for different applications:
pH Monitoring
Volumetric Dosing
Gravimetric Dosing
pH Control
Turbidity
Automate volumetric dosing by adding an Atlas Syringe Pump
Dose a defined mass by controlling a peristaltic pump & balance with the Atlas PC software
Control & log pH by connecting the Atlas pH probe & Atlas Syringe Pump
Display & log turbidity by connecting the Atlas Turbidity Probe to the base
Calorimeter
Sonolab
High Pressure
Parallel Reactors
Plot power & enthalpy in real time using heat flow or power compensation calorimetry
Use ultrasound energy in crystallizations for narrow particle size distribution & polymorph control
Control reactions up to 3 bar & 200°C with volumes up to 3L in a glass jacketed reactor
Automate up to 4 systems in parallel from 1 PC using the Atlas Parallel software
(refer Selection Guide on page 62 to personalise your needs) All jacketed vessels require precise external temperature control - refer page 19 for our solutions
www.johnmorrisgroup.com
14
Manual or Automated Operation ▀▀ ▀▀ ▀▀
150/10 maximum
Metal Pressure (psi/bar)
1,000/69 maximum
Temperature (max)
+225 C Glass; +300oC Metal
Vessel Sizes (mL)
160, 300, 450, 600, 1000, 5000
o
Glass to Metal or Metal to Glass - Your Choice! 5100 Series reactors can be easily converted between glass & metal cylinders - the conversion sets include the cylinder, closure, gauge & safety relief devices for the ‘converted to’ system - electric heaters for non-jacketed vessels are available
1.81 Nm maximum torque
Easy to read 8.9 cm diameter, dual scale (psi/bar)
Double valve assembly
with gas inlet and liquid sampling valves
Fixed head mounting
Bio Chemistry
Magnetic stirrer Gauge
Flow Chemistry
▀▀
Available with jacketed or non-jacketed glass vessels Glass jacketed reactors require circulator for heating or cooling Optional electric heating for non-jacketed vessels Stirring of the contents is achieved with A2110E Motor Controller
Glass Pressure (psi/bar)
Batch Chemistry
Glass Reactors - Up to 10 Bar Pressure
Split ring closure
Head & attachments can remain in place for convenient vessel removal
Safety screen
Stirrers, dip tube, thermowell
Polycarbonate panels in metal housing
T316SS construction with optional PTFE coating or corrosion resistant alloy construction
Interchangeable glass & metal vessels
Sample Prep
Convenient, easy to use for glass to metal sealing with no tools required
Jacketed or non-jacketed
Adjustable lab jack with cork ring
5100 Series
(refer Selection Guide on page 62 to personalise your needs) All jacketed vessels require precise external temperature control - refer page 19 for our solutions
Characterisation
Effortless Scale-Up A floor standing jacketed reactor system for scaling up of batch processes. ▀▀
▀▀ ▀▀ ▀▀ ▀▀
A wide range of vessel sizes in a single system: o Single jacketed vessels: 10 L, 20 L, 30L & 50 L o Vacuum: 10 L, 20 L & 30 L Rapid vessel changes - easy motor lift & unique neck clamp & support with rapid oil drain mechanism Self-adjusting frame - allows for vessel tolerances & thermal expansions Wide temperature range: from -40°C to + 235°C Detachable bottom outlet valve for easy cleaning & maintenance Large range of accessories:
Australia - Free Call: 1800 251 799
o Bottom outlet RTD o Oil drain kit o Reflux splitter o Condensate collection vessel o Pumps o Probes 50 L Orb Pilot jacketed reactor system with accessory tower
15
New Zealand - Toll Free: 0800 651 700
Selection Guides
o Stirrer motors o Stirrers (many geometries, glass, PTFE, coated stainless steel) o Baffles (glass or stainless steel, many geometries) o Condensers o Temperature probe
Lab Essentials
▀▀
Chromatography
Reactor support
Acid Digestion Vessels Common applications include sample digestion, sample dissolution, hydrothermal synthesis & chemical analysis
Series
Acid Digestion Vessels
Max Pressure psig
Temp (max)
4748A
1,900 250°C
4748
1,900 250°C
4744
1,800 250°C
4782*
1,200 250°C
4745
1,200 250°C
4746
5,000 275°C
4747
3,300 275°C
4749
1,800 250°C
4781*
1,200 250°C
4749A
1,800 250°C
Total Volume (mL) of Reactor 10
▀▀ ▀▀
45
125
200
* Suitable for microwave heating
Cell Disruption Vessels ▀▀
23
Allows preparation of cell/tissue homogenates or collection of organelles or membrane fractions Release intact organelles, prepare cell membranes, release labile biochemicals Produce uniform & repeatable homogenates - without subjecting the sample to extreme chemical, physical or thermal stress Series
Max Pressure psig
4638
2,200*
4637
2,200*
4636
3,000
4635
3,000
4639
2,900
Total Volume (mL) of Reactor 45
920
1,850
3,785
7,570
Cell Disruption Vessel 4635
* 1,900 psi with PTFE flat gasket
Cell Disruption Vessel 4635
(Cross Section)
Batch Hydrogenation Shaker Type Used primarily for synthesizing or modifying organic compounds by catalytic hydrogenation, reduction or condensation & equally suitable where a liquid & gas must be mixed vigorously. Also suitable for quantitative investigations to assay compounds containing hydrogen saturable double bonds & to test catalyst activity used in industrial processing Model 3910
Model 3920
Bottle Sizes
250 & 500 mL
1000, 1825, 2000 & 2250 mL
Pressure (max)
60 psi
30 to 65 psi
Temp (max)
Ambient up to 80 C (heat option)
Ambient up to 80 C (heat option)
Motor Options
Standard, Air or Explosion Proof
Standard, Air or Explosion Proof
o
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o
16
Model 3910 (with explosion proof motor & switch)
Batch Chemistry
Microwave Synthesis Flexible ▀▀
▀▀
Flow Chemistry
Perform virtually any type of chemical transformation - from organic or inorganic to polymer or nanomaterials Small & large scale, high & low temperature & gaseous reagents (eg as hydrogenation & carbonylation) can all be used on a single system
Variety of Optional Accessories ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Bio Chemistry
▀▀
In-situ fiber optic probe temperature control Flow chemistry vessels Integrated real time camera Sub-ambient reactions Scale-up (80 mL pressurized vessel) Reactions with gaseous reagents Autosampler
Reliable ▀▀
▀▀
Unique self-tuning single mode cavity automatically adjusts to each sample to maximize microwave power & deliver consistent results Activent™ vent & reseal technology minimizes over pressurization & helps ensure each reaction reaches completion
▀▀
Sample Prep
Intuitive
Allows modification of parameters on the fly, onboard data handling stores temperature, power & pressure profiles plus optional software generates reports with publication-friendly graphs
Fast ▀▀
Discover SP with Explorer 48 (automate up to 48 samples)
▀▀ ▀▀
Perform up to 36 pressurized reactions in parallel Reflux reactions in up to a 5 L round bottom flask
Difficult Chemistry ▀▀ ▀▀
Control ▀▀
▀▀
Integrated method programming, training videos, data management & temperature/power feedback Pressure control available
Selection Guides
MARS 6 Synthesis & GlassChem Vessel Set
Australia - Free Call: 1800 251 799
Lab Essentials
Maximum temperatures of 300°C & maximum pressures of 55 bar Glass or Teflon vessels available
Characterisation
Scale Up
Chromatography
▀▀
Quickly change from reflux reaction to sealed vessel conditions to low temperature synthesis Reactions complete in minutes at up to 300°C & 30 bar
17
New Zealand - Toll Free: 0800 651 700
Peristaltic Pumps A large selection of pump drives, heads & tubing to cover a variety of applications - below is a summary of the popular L/S Series
Drives Precision Variable-Speed Console Drive
Flow rate: 0.006 to 3,400 mL/minute (depends on drive rpm & tubing size) ▀▀ Stackable & splash resistant ▀▀ Remote control capabilities ▀▀ Choice of: o 6 to 600 rpm o 3 to 300 rpm o 1 to 100 rpm ▀▀
Standard Drive - Digital
Programmable Four operating modes: continuous; time dispense; copy dispense; volume dispense ▀▀ Ideal for repetitive filling & dispensing ▀▀ Upgraded drive features antidrip function (ensuring dispensing precision) ▀▀ Choice of: o 0.1 to 600 rpm o 0.02 to 100 rpm ▀▀ ▀▀
Premium Drive Computer Compatible
Same features as Standard Drive plus: ▀▀ Interfaces with PC ▀▀ Perfect for automated lab & process applications ▀▀ Purchase software & cable separately ▀▀ Choice of: o 0.1 to 600 rpm o 0.02 to 100 rpm
Pump Heads Standard
▀▀ ▀▀
Easy Load II
Precise repeatble fluid transfer Stackable up to 4 heads
▀▀ ▀▀
Reduced pulsation Stackable up to 4 heads
Easy Load 3
▀▀ ▀▀
Same side tubing entry/exit twist lock Stackable up to 4 heads
(refer Selection Guide on page 63 to personalise your needs)
Tubing ▀▀
▀▀ ▀▀ ▀▀
22 different formulations to satisfy all requirements (Silicone, Tygon, Viton, Norprene PTFE, etc) plus special tubing to accommodate the harshest chemicals 30 cm sample lengths Internal diameters from 0.8 to 9.7 mm (other Series up to 19.0 mm) Flow range from 0.001 to 3,400 mL/minute (other Series up to 42,000 mL/minute) Tubing Test Kit
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18
Considerations When Selecting Temperature Control
What is the distance from the reactor (horizontal & vertical) as this determines the force (bar) required to circulate thermal bath fluids?
What is the mass of the reaction vessel & reagents?
How do you want to monitor the results, do you want to record data, etc? What flow rate do you require? What fill volume do you require?
Is there an exothermic (generates heat) or endothermic reaction (absorbs heat)?
Presto A40
Bio Chemistry
Do you want to keep the temp stable/constant or do you want to adjust the temp throughout the process (& if so at what rate of temp change eg -40°C to +20°C in 60 minutes)?
Flow Chemistry
What temperature range is required (low & high)?
Batch Chemistry
Temperature Control Systems
What pump pressure is required?
Highly Dynamic Temperature Control Systems - Presto Range Summary
Sample Prep
(refer Selection Guide on page 64 to personalise your needs)
Ideal for controlling the temperature of jacketed reaction vessels (plus other demanding applications) Cooling Capacity at 20°C (kW)
Flow Rate (L/min)
Pressure (bar)
A30
-30° to +250°C
2.7
0.5
25
0.5
A40
-40° to +250°C
2.7
1.2
16 to 40
0.3 to 1.7
W40
(water cooled)
-40° to +250°C
2.7
1.2
16 to 40
0.3 to 1.7
A45
-45° to +250°C
6.0
3.4
35 to 76
0.48 to 3.3
A80
-80° to +250°C
2.7
1.2
16 to 40
0.3 to 1.7
A85
-85° to +250°C
6.0
2.5
35 to 80
0.48 to 3.2
W85
-85° to +250°C
6.0
2.5
35 to 80
0.48 to 3.2
W91
-91° to +250°C
12.0
11.0
26 to 80
0.5 to 3.0
W92ttx
-92° to +250°C
36.0
19.0
18 to 70
0.8 to 5.5
(water cooled) (water cooled) (water cooled)
In addition to the Presto range, John Morris Group provides an extensive range of temperature control instruments including: Heating Only: Immersion circulators, heating circulators, water baths, etc Heating & Cooling: Circulators, calibration baths, etc Cooling Only: Recirculating coolers, immersion coolers, etc
Contact us for information regarding our full range of temperature control solutions
Lab Essentials
Heating Capacity (kW)
Characterisation
Temp Range
Chromatography
Model
Selection Guides
Australia - Free Call: 1800 251 799
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FLOW CHEMISTRY Microfluidic Systems High Throughput Mono Disperse Droplet System
3D Printer for Fluidically Sealed Chips
Easy Encapsulations
Micro Droplet Systems
Produce up to a tonne of mono disperse droplets or emulsion per month - Identical conditions at up to 70 droplet junctions Configurable, tool-free & scalable up to 10 parallel chips
Quick & easy fabrication of fluidically sealed devices Prints COC (cyclic olefin copolymer) - a hard, translucent polymer which is bio-compatible
Encapsulation of single cells, DNA &/or functionalised beads in high precision, monodisperse pico-liter droplets Encapsulate 300,000 cells into 3 million droplets in 15 minutes
Produce >10,000 mono-dispersed droplets per second ranging from 5 to 250 Âľm diameter Advanced hydrophobic coating treatments enable water-in- oil droplets to be generated plus oil-in-water droplets formed in the untreated chips
Microfluidic Starter Kit
Economical Flow Chemistry
Nanoparticle Synthesis
Generate Droplets on Demand
Ideal for creating small droplets, learning about mixing fluids or observing microchannel flow Low cost starter system
Allows for optimization on a small scale & direct scaling up of reactions (safe & reproducible) Wide range of reaction parameters
Generate polymeric, metal & semi-conductor nanoparticles from 1 to 100 nm diameter Rapid, efficient mixing reagents - tight particle size distribution
Generate droplets up to 24 different samples & store up to 1,000 droplets (down to 25 nL) Store, thermocycle, merge pair wise, or split from nano to picolitre droplets
Monodisperse Double Emulsions
Pressure Driven Flow Control
Resealable Chip Interface System
High Speed Imaging
High control of inner & outer droplets - flexible & reliable Double emulsions in a single step Ideal for controlled drug delivery, taste masking, enzyme immobilisation
Flow rates from nL/min to mL/min Ideal for producing highly monodisperse droplets, predictable, repeatable results Pressure range from 0 to 10 bar
Quickly & easily deposit cells, reagents or sensors to chip base, then flow fluid over the deposited sensors or reagents Allows 8 fluidic & 8 electrical connections
Wide zoom range & long working distance Still image & high speed video capture Ideal for observing microfluidic experiments
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20
The Syrris Asia is a modular flow chemistry system enabling the widest variety of chemical reactions Maximum chemical resistance with extensive range of temperatures, pressures & reaction times from mg to kg
0.0625, 0.25, 1.0, 4.0, 16.0 mL
Solid Phase Volumes
0.7, 2.4, 5.6 & 12 mL
Pressure
0 to 20 bar (300psi)
Flow Rate
1 μL to 10 mL/min per pump
Residence Timesss
1 second to multi-hour
Chip climate controller
Flux
FLLEX
Pressure controller
Enables glass microreactors to be cooled or heated from -15OC to +150OC
Electrochemistry module - enables unique chemical tranformations
Pressurized input store
Automatically pressurizes the reaction up to 20 bar (300psi)
Flow Liquid Liquid Extraction module is the flow chemistry equivalent of separatory funnels
Reagent injector
Chromatography
2 extremely chemically resistant injections valves with sample loops
Sample Prep
Enables the use of air sensitive reagents & eliminates bubble formation when pumping
Bio Chemistry
Offer excellent chemical resistance, high pressure, wide temp range, high visibility & rapid mixing
-15° to +250°C
Liquid Phase Volumes
Flow Chemistry
Glass microreactors
Reactor Temperature
Batch Chemistry
Modular Flow Chemistry Systems
Characterisation
Easy to use for total ‘walk away‘ control of the Asia system
Syringe pump
2 extremely chemically resistant continuous flow pumps - also used as the ‘Master‘ to control certain systems without a PC
Heater (tube reactor adaptor)
This module has different reactor adaptors & enables temperatures up to 250OC
Sampler & dilutor
Enables on-line reaction analysis by automated sample extraction, dilution & transfer to an analytiical system (eg LCMS or UPLC)
Automated collector
Allows collection of multiple reactions in separate vials or vessels with waste automatically diverted
Cryo contoller
Cooling to -100OC
(refer Selection Guide on page 65 to personalise your needs)
Australia - Free Call: 1800 251 799
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Selection Guides
Asia 330 Configuration
Lab Essentials
Asia manager software
Scale-Up & Production Scale (gram to kilogram to tonne scale) Considerations in Selecting a Continuous Flow Reactor ▀▀
▀▀ ▀▀
▀▀
What is your budget (helps determine most suitable instrument)? Type of chemistry to be performed? What scale of production is to be performed? Metal of construction to be used (refer page 5)?
▀▀
Schematic of your intended layout
▀▀
What is the temperature range?
▀▀
What is the maximum pressure required?
Controller 4871 Single-Zone Tubular Reactor System (1 x Liquid Feed, 1 x Gas Feed & 1 x Purge Line)
▀▀
Preferred dimensions?
▀▀
Do you require heating/cooling?
▀▀
Which gases are to be added?
▀▀
How many liquid streams are required?
▀▀
Is a catalyst or solid present?
▀▀
Flow direction of liquid & gases?
▀▀
What flow rate is required?
▀▀
Is pre-heating of reagents required?
▀▀
What control options do you require?
Filter
Needle Valve
Metering
Rupture Disc
Flow Indicating Controller
Pump
Pressure Gauge
Pressure Transducer
Thermocouple
Back Pressure Regulator
Check Valve
Mass Flow Controller
Temp Indicating Controller
(refer Selection Guide on page 67 to personalise your needs)
Many ‘Standard’ Options ▀▀ ▀▀ ▀▀
Continuous flow-reactors operate with reagents flowing in & products being removed Single-phase flow can be upward or downward Two-phase flow can be con-current up-flow, counter-current (liquid down, gas up) or most commonly, con-current down-flow Series
Inner / Outer Diameter (mm) Max Pressure (psi)
5401
5402
5403
5404
7.0 / 9.5
9.4 / 13.0
25 / 48
38 / 51
5,000
3,000
3,000 o
Max Temperature
350 C
15, 30, 60
30, 60, 90
Support Spools
No
Optional
Spiral Pre-Heat
No
Optional
# Ports in Top Head
1
4
# Ports in Bottom Head
1
4
Heated Length (cm)
5400 Series - Automated Tubular System with 3-zone split-tube furnace
o
550 C
Moveable or multi-point fix (optional)
Internal Thermocouple
Endless Customisation Possibilities Parr’s custom designed high pressure/high temperature stirred, tubular & fluidized bed reactors are available in a variety of special alloys & sizes for the study of catalytic reactions in batch, continuous-flow & multiple/parallel operation
Fluidized Bed Reactor Systems
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Supercritical Fluid Extraction Reactors
22
Multiple Tubular Reactor Systems
Designed for production scales from kilo lab to manufacturing & consists of a range of rapidly reconfigurable modules that enable simple to sophisticated continuous flow processes
Benefits
Flow Chemistry
Turn-key system - wide selection of modules High performance - high mass transfer & heat transfer reactors Extremely high chemical resistance - glass, PTFE, Hastelloy & Elgiloy wetted parts Easily reconfigurable - modules rearranged in minutes to perform entirely different chemical processes Control process parameters from the modules, via Titan software or pre-existing PLC or plant software Scalable - modules can be easily added to modify production scale, process type/complexity or combine multiple processes into one system Safe - includes interlocks, anti-tamper, pressure detection & auto shut-down features
Batch Chemistry
Modular Continuous Chemistry
Titan - Comprehensive System
Key Specifications
Sample Prep
Flow rates from 1 to 250 mL/minute per channel Pressures up to 20 bar Reaction temperatures from -80°C to +250°C Reactor volumes of 16 mL, 64 mL & 250 mL (plus many reactors may be connected eg 4 x 250 mL to create a 1 L reactor) Chemically resistant (glass & fluoropolymer - Stainless Steel & Hastelloy options for higher pressures/volumes) Suitability: Liquid-Liquid (homogeneous), Liquid-Liquid (heterogeneous) or Liquid-Gas (slurry handling versions in development)
Bio Chemistry
Titan - Small System
Titan - Large System
(refer Selection Guide on page 67 to personalise your needs) All Titan configurations require precise external temperature control - refer page 19 for our solutions
▀▀
▀▀
▀▀ ▀▀
▀▀
▀▀ ▀▀
Titan - Syringe Pump
Australia - Free Call: 1800 251 799
23
New Zealand - Toll Free: 0800 651 700
Selection Guides
▀▀
pressures, precise control of flow rates Extremely high chemical resistance: glass, PTFE, Elgiloy & Hastelloy wetted parts (316 SS options available for lower compatibility applications) Flow rates: from 1 to 250 mL/min (viscosities up to 1,000 cP) Wide range of pressures: up to 20 bar Easy to control & use: control & display of real-time measurements via intuitive remote display touch screen or PC software Reliable & robust: designed for long term use in demanding manufacturing environments Easy to service: innovative design for easy service Scalable production rates: lab, pilot plant scale to production scale Built-in safety: seal backwash, gas blanketing, interlocks, anti-tamper, pressure detection & auto shut-down features
Lab Essentials
▀▀
High performance: ultra-smooth flow, effortless operation at high
Characterisation
High Performance Syringe Pump - For Continuous Flow Scale-Up
Chromatography
(with Julabo Presto A80 temperature control system - refer page 19 for details)
BIO CHEMISTRY Peptide Chemistry Microwave Peptide Synthesizer Entry Level
Maximised Efficiency
Liberty Lite
Liberty Blue
Advanced Platform
Liberty Blue Prime
15 minutes
4 minutes
3 minutes
Waste/Cycle
40 mL (0.1 mmol)
16 mL (0.1 mmol)
8.5 mL (0.1 mmol)
Scale Range
0.005 to 5 mmol
0.005 to 5 mmol
0.005 to 5 mmol
AA Positions
20
27
27
Cycle Time
2
2
3
Flex-Add:
Flex-Add:
Flex-Add:
Amino Acids & Activators
Amino Acids & Activators
Amino Acids & Activators
Timed Delivery:
Timed Delivery:
Pre-Calibrated Pump:
Wash & Deprotection
Wash & Deprotection
Wash, Deprotection & Extra Position
Upgrade to Liberty Blue any time!
Upgrade to HT12, HT24 &
Upgrade to HT12 & HT24
External Positions Fluid Delivery
Upgrades
Prime Blue Accessories
Razor Cleavage
Integrated Camers, Razor Cleavage
Integrated Camers, Razor Cleavage
& Flex-Add Large Scale
& Flex-Add Large Scale
Cleave up to 12 Peptides in Only 30 Minutes ▀▀ ▀▀ ▀▀ ▀▀
Compact & easily fits in a fume hood & allows for temperature at +/- 1°C control for up to 12 different vessels Cleavage is typically complete in 30 minutes for standard peptides Allows for draining into a centrifuge tube for subsequent centrifugation Ideal for both single peptides & large batches Razor™
ProTide Resins ▀▀ ▀▀
▀▀
▀▀
Optimized PEG Resin Core with Cl-TCP(Cl) & Cl-MPA Universal linkers ProTide™ resins contain an ideal PEG & polystyrene core leading to an optimized environment for the synthesis of difficult peptides with excellent swelling properties New Cl-TCP(Cl) & Cl-MPA linkers incorporated onto ProTide eliminate the necessity for purchasing resins with pre-loaded C-terminal amino acids - the C-terminal amino acid reacts with the linker-chloride in the presence of potassium iodide (KI)1, N,N-diisopropylethylamine (DIEA) & microwave irradiation The process is automatically carried out on the Liberty Blue microwave peptide synthesizer, using pre-programmed methods in the software - the result, any amino acid can be loaded on the resins in 10 minutes
CI-MPA Resin
CI-TCP(CI) Resin
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24
Batch Chemistry
Oligo Purification Automated continuous purification, analysis & desalting of oligonucleotides ▀▀ ▀▀
▀▀
▀▀ ▀▀
Flow Chemistry
▀▀
Perform every step of your purification process on a single platform GX-271 Oligo Purification System is a single liquid handling platform configured with automated preparative & analytical HPLC capabilities that can be used to isolate, analyse & desalt reagent-grade oligonucleotides in one continuous run Switch between chromatographic scales & techniques without changing plumbing Built-in, software based error handling conditions for each stage of the process prevent sample loss & allow fully automated, unattended operations Experience zero downtime with continuous sample processing Monitor real-time data from previous runs while conducting additional preparative, analytical & desalting runs
Bio Chemistry
System comprises the below instruments
Sample Prep
Verity® 1810 Conductivity & pH Monitor
Monitors salt concentrations over a large dynamic range
159 UV-VIS Detector
Valvemate II® Valve Actuator
GX Direct Injection Module with Sample Loops
Flexible monitoring of your HPLC run with up to four wavelengths simultaneously
Application flexibility for multiple HPLC columns & valve configurations
Removes need for calibrated connection tubing (eliminating contamination issues)
Characterisation
322 HPLC Pump
Multi-solvent pumps with flow rates ranging from 0.1 µL/min up to 30 mL/min
Chromatography
GX-271 Liquid Handler
Syringe-less pumping system delivering microliters to hundreds of milli-litres
Lab Essentials
25
New Zealand - Toll Free: 0800 651 700
Selection Guides
Australia - Free Call: 1800 251 799
Automated Colony Counting ▀▀ ▀▀
▀▀
▀▀ ▀▀ ▀▀ ▀▀
▀▀ ▀▀
Accepts pour, spread & spiral plates & filters plates from 33 mm to 150 mm Versatile selection of darkfield light, epi & trans-illumination white light or epi blue light covers all of your sample requirements Simply place colonies in station, select the light source, capture the image (with the integrated high-resolution colour camera) & count colonies Lens 6 X optical zoom (4 X digital zoom) High resolution camera (15.1 megapixels, USB interface) Optional GFP filter to enable visualisation of GFP reporters Extensive software functions offer image enhancements, annotation & reporting tools plus distinguish positive & negative bacteria Identify colonies as small as 0.08 mm in diameter FDA compliant, with supporting GMP, GLP & CFR documentation
UVP ColonyDoc-It Imaging Station
Cell Counting & Viability Cell Aggregation No Longer an Issue! ▀▀ ▀▀
▀▀
▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
1 step viability & cell count in <50 seconds Integrated fluorescence microscope with dual fluorescence channels designed to detect signals from cells stained with acridine orange &/or DAPI Fast & objective results: o Total count o Viability o Cell diameter o % of aggregated cells No pre-treatment (no need to add buffers or dyes) No calibration, maintenance or service required Excellent reproducibility Flexible software 21 CFR Part 11 compliant Loading/Measuring volume: 60/1.4 µL Measure Range (cells/mL): 5 x 103 to 1 x 107
NC-200
Powder Containment Solutions ▀▀ ▀▀
▀▀
▀▀
▀▀ ▀▀ ▀▀ ▀▀
Product & personnel protection enclosures Provides the operator & the application with the highest level of safety with HEPA filtration (one way check valve) & connection to a house exhaust system Conforms to US Glovebox Society guidelines & designed with 71 cm depth & 25 cm oval glove ports, allowing for minimised technician arm, wrist, and shoulder fatigue all while maintaining a controlled environment. The chemically resistant phenolic base is dished to maintain spills & coated to protect the work surface from harmful chemicals Available with sealed door & transfer port for sample loading and unloading. Clear acrylic walls with a static dissipative coating reduce static in the enclosure Lightweight making it easy to relocate Extensive range available plus options individually designed to suit your needs Nitrogenema™
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26
Batch Chemistry
Thermal Cyclers Economical - Single Block
▀▀ ▀▀ ▀▀
Mid-Sized
Full-Sized
Flow Chemistry
Robust & reliable Colour touch-screen for easy programming Heated lid prevents condensation in samples Easily upgrade to gradient cycling
▀▀
PrimeG
Block Formats
Select from:
Select from:
30 x 0.5 mL 60 x 0.5 mL 48 x 0.2 mL 96 x 0.2 mL 384-well plate Type 4 Peltier Elements/Block 8 Peltier Elements/Block 3.0°C per second 8.9 cm VGA touch screen 10°C to 100°C 14°C
3.4°C per second 14.5 cm VGA touch screen 10°C to 100°C Choose from 29°C, 25°C Combi-Block or 19°C 384-well
▀▀ ▀▀
▀▀
Mid-Sized (Single Block)
Full-Sized (Multi Block)
Alpha 1
Alpha 4
Characterisation
▀▀
Independently controlled gradient blocks Fully customisable program wizard Secure user-specific programming Heated lid prevents condensation in samples
Select from: 96 X 0.2 mL tubes 384-well plate
Select from: 1 X 384-well plate + 3 X 96 X 0.2 mL tubes 2 X 384-well plates + 2 X 96 X 0.2 mL tubes 3 X 384-well plates + 1 X 96 X 0.2 mL tubes 4 X 96 X 0.2 mL tubes
4 X 384-well plates 8 Peltier Elements/Block 8 Peltier Elements/Block Ramp Rate 3.4°C per second 3.4°C per second Program Interface 17.8 cm 1080p HD touch-screen 25.48 cm 1080p HD touch-screen Temperature Range (Block) 10°C to 100°C 10°C to 100°C Maximum Gradient 29°C 29°C
27
New Zealand - Toll Free: 0800 651 700
Selection Guides
Type
Lab Essentials
Block Formats
Australia - Free Call: 1800 251 799
Chromatography
Premium - Single or Multi Block
Sample Prep
Ramp Rate Program Interface Temperature Range (Block) Maximum Gradient
Bio Chemistry
PrimeG
3
SAMPLE PREPARATION Milling, Grinding & Cutting Guide Very Suitable
Pulverisette 0 (Vibratory Micro Mill) Pulverisette 4 Classic Line (Vario Planetary Mill)
10 mm
450 mL
<1 µm
Pulverisette 5 Classic Line (Planetary Mill)
10 mm
4 X 225 mL
<1 µm
Pulverisette 6 Classic Line (Planetary Mono Mill)
10 mm
225 mL
<1 µm
Pulverisette 6 Premium Line
Impact Force
(Planetary Mill)
10 mm
450 mL
<0.1 µm
Pulverisette 7 Classic Line (Planetary Micro Mill)
5 mm
2 X 20 mL
<1 µm
Pulverisette 7 Premium Line (Planetary Micro Mill)
5 mm
70 mL
<0.1 µm
12 mm
250 mL
10 to 20 µm
10 mm
5 L/h
0.08 to 6 mm
15 mm
15 L/h
0.8 to 6 mm
25 mm
80 L/h
0.12 to 10 mm
6 mm
5 mL
5 µm
Pulverisette 9 (Vibrating Cup Mill) Pulverisette 14 Classic Line (Variable Speed Rotor Mill) Pulverisette 14 Premium Line (Variable Speed Rotor) Pulverisette 16 (Cross Beater Mill)
Pulverisette 23 (Mini Mill)
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28
Moist
10 µm
Temp Sensitive
10 mL
Fibrous
5 mm
Not Suitable
Material Type Suitability
Tough
Final Fineness
Brittle
Max Capacity
Soft
Max Feed Size
Medium-Hard
Model
Hard - Brittle
Working Principle
Suitable
(Mortar Grinder)
Pulverisette 15 (Cutting Mill)
Cutting Mill
Pulverisette 19 (Universal Cutting Mill)
70 X 80 mm
60 L/h
0.2 to 6 mm
Pulverisette 25 (Power Cutting Mill)
120 X 85 mm
85 L/h
1 to 10 mm
Pulverisette 13 Classic Line
20 mm
150 kg/h
0.1 to 12 mm
Shearing Force
20 mm
150 kg/h
0.5 to 12 mm
200 kg/h
1 to 15 mm
250 kg/h
0.3 to 15 mm
(Disk Mill)
(Disk Mill)
Pulverisette 1 Classic Line
95 X 95 mm
(Jaw Crusher)
(Jaw Crusher)
95 X 95 mm
German quality with a 2 year warranty
Characterisation
Pulverisette 1 Premium Line
Chromatography
Pulverisette 13 Premium Line
Pressure
Moist
0.25 to 20 mm
Temp Sensitive
50 L/h
Fibrous
70 X 70 mm
Tough
10 to 20 Âľm
Brittle
190 mL
Pulverisette 2
Friction
Soft
8 mm
Material Type Suitability
Sample Prep
Final Fineness
Bio Chemistry
Max Capacity
Not Suitable
Flow Chemistry
Max Feed Size
Medium-Hard
Model
Hard - Brittle
Working Principle
Suitable
Batch Chemistry
Very Suitable
Sample Type Examples
(refer Selection Guide on page 68 to personalise your needs)
John Morris Group also supplies Fritsch particle size analysis instruments (sieving, laser diffraction & dynamic image analysis)
Australia - Free Call: 1800 251 799
29
New Zealand - Toll Free: 0800 651 700
Selection Guides
Clinker, quartz, rock, bauxite, ceramics,carborundum Glass, cement, calcite, coal, ash, sewage sludge, soil, fertilisers, feed, catalysts, tablets Grain, gypsum, salts, talc, animal feed, graphite, leaves, grass, pigments, spices, mica Alloys, ceramics, salts, silicon carbide/nitride, coke, coal Leather, hides, rubber Wool, resins, wood, cellulose, paper, plant roots Thermoplastics, pharmaceuticals Soil, grass, hay, leaves
Lab Essentials
Hard - Brittle: Medium - Hard: Soft: Brittle: Tough: Fibrous: Temp Sensitive: Moist:
Precision Sieve Shaker ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Ideal for sieving sample quantities up to 2 kg & measurement ranges from 5 μm to 63 mm Suited for quality control (ISO 9001 & DIN 66165 compliant) with user-friendly operation & low-noise Particle size analysis of solids & suspensions of all kinds through dry or wet sieving Programme selection for storing up to 9 individual sieve programmes Can be transformed into grinding & homogenising small sample quantities (filling volume 1 to 10 mL, feed particle size <5 mm)
ANALYSETTE 3 PRO
High Speed Rotor Mill Fast comminution of soft to medium-hard, brittle & fibrous materials as well as temperature-sensitive samples Automatic speed compensation ensures an ideal adaptation of the grinding to the specific comminution behaviour of the sample. Variable speed settings between 6,000 & 20,000 rpm Max. feed size 10 mm with max. throughput 5 L/h Final fineness d50 <40 μm, sieve rings 0.08 to 6 mm Ideal for sample quantities <10 mL
▀▀
▀▀
▀▀ ▀▀ ▀▀ ▀▀
PULVERISETTE 14 classic line
Vibratory Feeder ▀▀ ▀▀
▀▀ ▀▀ ▀▀
Ideal for automatic, uniform feeding of free-flowing materials into sample dividers, mills or mixers The vibration conveys the sample material out of the funnel over the V-shaped stainless steel channel into the respective equipment Vibration amplitude is precisely controlled - for absolute uniform feed of even smallest quantities Ideal for material feed between 1g/min to 1,500 g/min V & U shaped channels easy to interchange LABORETTE 24
Single Position Ball Mill ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Single grinding bowl with easily adjustable imbalance compensation Suitable for hard, medium-hard, soft, brittle, tough & moist materials Safe tensioning of the bowls with the Safe-Lock-System Max. feed size: 10 mm (depends on material); Max. sample quantity: 225 mL Final fineness: <1 µm (depends on material) Main disc speed: 100 to 650 rpm
PULVERISETTE 6 classic line
Ultra Fine Grinding ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Extra strong centrifugal acceleration up to 95 g Ultra-fine grinding results down into nano range (<0.1 µm) Material type suitability: hard (abrasive), medium-hard, soft, fibrous, temperature sensitive & moist Extremely fast bowl changing due to SelfLOCK clamping Simultaneous comminution of 2 x 30 mL samples Contact us for our full range of milling, grinding, sieving, dividing instruments PULVERISETTE 7 premium line
(refer Selection Guide on page 68 to personalise your needs)
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30
Rapid Microwave Drying ▀▀ ▀▀ ▀▀
SAM 225
Flow Chemistry
▀▀
Infrared temperature control, provides rapid drying of all sample types with reproducible results Stores up to 20 separate methods; Reduce drying times from hours to minutes Each method can have up to 8 heating, cooling or heat ramping stages Time & power selections programmed for each stage - powerful, variable speed exhaust system quickly moves air through the cavity to aid in drying & can be connected to an existing laboratory exhaust when drying organic compounds
Batch Chemistry
Microwave Drying/Ashing
Microwave Ashing/Muffle Furnace ▀▀
Phoenix
Bio Chemistry
Up to 10 times faster than conventional muffle furnaces Ash up to 15 samples at one time ▀▀ Accurate results in minutes ▀▀ Versatility - use any type of crucible normally used in conventional ashing systems, even platinum ▀▀ Choose from either: o High Temperature: reach 1,200°C & process up to eight 25 mL crucibles o High Capacity: ideal for labs needing greater throughput - reach 1,000°C & hold up to fifteen 25 mL crucibles ▀▀
Sample Prep
Heating & Drying Ovens Advanced Timer Functions
Advanced Program Functions
Model FD 56
Model FED 115
Model M 400
Chromatography
High Energy Efficiency
▀▀
▀▀ ▀▀ ▀▀
▀▀ ▀▀ ▀▀ ▀▀ ▀▀
▀▀ ▀▀
Yes Ambient plus 10°C to 300°C 60 L 2/4
Australia - Free Call: 1800 251 799
Yes Ambient plus 10°C to 300°C 116 L 2/5
31
▀▀ ▀▀ ▀▀
▀▀ ▀▀
Adjustable fan speed Program-controlled ventilation flap Colour LCD controller with timesegment programming Includes 2 chrome-plated racks Computer interface RS 422
Yes Ambient plus 5°C to 300°C 400 L 2/10
New Zealand - Toll Free: 0800 651 700
Selection Guides
Fan Forced Temp Range Interior Volume Number of Shelves
Adjustable fan speed Controller with LCD display Includes 2 chrome-plated racks Stackable Class 2 independent temp safety device (DIN 12880) with visual temperature alarm Ethernet interface USB port for recording data
Lab Essentials
▀▀
Excellent spacial temperature accuracy Controller with LCD display Electromechanical control of the exhaust air flap Includes 2 chrome-plated racks Stackable USB port for recording data
Characterisation
▀▀
Digestion Batch Acid Digestion ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Utilises high pressure, closed vessels that enable safe digestion of up to 40 samples per cycle (volume from 10 to 100 mL) Accurate monitoring of temperature & pressure across all vessels High resolution, acid resistant touch screen with pre-programmed methods library Helps determine method parameters, requiring minimal experience from the end user PowerMAX™ power control technology delivers maximum energy to the samples for complete digestion
Manage your lab from your mobile device
Direct, in situ temperature sensor
iLink
iWave
EasyPrep™
High-temperature, high-pressure vessel, requires no membranes or springs for reliable pressure control Also refer to Parr specialty vessels on page 9
MARS 6
Sequential Acid Digestion ▀▀
▀▀ ▀▀ ▀▀ ▀▀ ▀▀
▀▀
Sequential, pressurized microwave digestion system processes samples in <10 minutes (including cool down) Range of pressurized vessels available (10, 35 or 80 mL), all with snap-on caps Easy to set up & enables individual sample programming Reproducible microwave field for rapid processing of samples Safely vents any excess gaseous by-products without loss of analytes Individual control removes the need to batch samples (allowing the chemist to mix & match sample types) Digest any sample size: micro to multi-gram scale
Discover SP-D
(refer Selection Guide on page 69 to personalise your needs)
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32
Batch Chemistry
Extraction Batch Extraction ▀▀ ▀▀ ▀▀
▀▀
Flow Chemistry
▀▀
Utilises high pressure, closed vessels that enable the safe extraction of up to 40 samples per cycle Accurate monitoring of temperature & pressure across all vessels EPA 3546 approved method Significant solvent reduction aiding in ‘green chemistry’ initiatives Replaces soxhlet & ASE technology
Manage your lab from your mobile device
Bio Chemistry
Glass Liners
Sample Prep
iLink
MarsXpress™
High-throughput vessel assembles in seconds, works in conjunction with Contactless Temperature Control
MARS 6
Chromatography Characterisation
Sequential Extraction Significantly reduce solvent usage and decrease extraction times from hours to minutes with automated microwave extraction, hydrolysis or derivitizations ▀▀ Ideal for a wide variety of matrices, including foods, plastics & polymers, environmental samples, textiles and more ▀▀ Reduce solvent usage by up to 95% ▀▀ Typical extractions in <10 minutes (including cool down) ▀▀ Full temperature & pressure control of each vessel ▀▀ Easy-to-use vessels with snap-on caps ▀▀ Works with all solvents, including polar & non-polar ▀▀ Accommodates a wide range of sizes ▀▀ Documentation of every sample ▀▀ Stirring provides uniformity of mixture ▀▀
Lab Essentials
(refer Selection Guide on page 69 to personalise your needs)
Australia - Free Call: 1800 251 799
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New Zealand - Toll Free: 0800 651 700
Selection Guides
Discover SP-X
Rotational Vacuum Concentration (RVC) Mini
Mini HCI Acid Resistant
Mid-Sized
Maxi
Maxi with Infrared Heating
2-18 CDplus
2-18 HCI CDplus
2-25 CDplus
2-33 CDplus
2-33 IR CDplus
72 x 1.5/2.2 mL 6 x 50 mL
Capacity
108 x 1.5/2.2 mL 6 x 1,000 mL
1,500 rpm
Rotor Speed Temperature Range
48 x 1.5/2.2 mL 6 x 50 mL
1,550 rpm
+30° to +60°C
0.2 to 50 mL
Volume Heating Method
216 x 1.5/2.2 mL 4 x 500 mL 12 x microtiter plates 4 x deep wells
1,750 rpm +30° to +80°C
Chemistry Resistant (7 mbar - 2 m3/hour)
Vacuum Pump
216 x 1.5/2.2 mL 12 x 100 mL 12 x microtiter plates 4 x deep wells
Chemistry Resistant (2 mbar - 2 m3/hour)
0.2 to 100 mL
1.0 to 500 mL
Rotor Bowl
IR Lamps
Refer Vacuum Pumping Systems on page 56 for suitable Rotational Vacuum Concentration pumps (refer Selection Guide on page 70 to personalise your needs)
Rotary Evaporation
Bath Temperature
20° to 180°C
20° to 210°C
20° to 180°C
Heat Control
Digital
Analogue or Digital
Lift Type
Motor
Manual or Motor
Speed (rpm) Cooling Surface (cm2)
20 to 280
10 to 280
20 to 285
1,500
1,200
1,460
Refer Vacuum Pumping Systems on page 57 for suitable Rotary Evaporation pumps & contact us for our extensive range of chillers
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34
Automated Nitrogen Blowdown
▀▀ ▀▀ ▀▀ ▀▀ ▀▀
XcelVap®
▀▀
▀▀
▀▀ ▀▀
Drying, evaporation & concentration of organic extracts in 1 automated step prior to GC & GC/MS in <30 minutes - no sodium sulphate Designed to emulate the traditional Kuderna Danish (KD) method, the system uses a unique combination of vacuum, heat & nitrogen sparge gas to rapidly evaporate & gently concentrate extracts down to a precise desired volume Automatic end-point detection & shut-off 6 samples handles simultaneously or individually - with 4 selectable solvent times Every parameter is optimized & saved as a method with the control software option DryVap®
Vacuum Solvent Evaporation System ▀▀
▀▀ ▀▀ ▀▀ ▀▀
Speed-Vap
®
Chromatography
▀▀
Low temperature heating system provides consistent & gentle heating of all samples to prevent the loss of volatile analytes Reduced exposure to hazardous solvents Compliant with US EPA 1664, ISO 11349:2010 & Standard Methods 5520 Can also be used to evaporate solvents from extracted soil hydrocarbons & fats from foods Evaporation temperature adjustable from 20°C to 60°C - flexibility for a range of solvents Reduces evaporation process time by 25% to 50%
IV
Characterisation
Manual Solvent Drying System - No Sodium Sulphate ▀▀ ▀▀
▀▀
▀▀
SDS-101
Automated Extraction System ▀▀
▀▀
▀▀ ▀▀ ▀▀ ▀▀
SPE-DEX® 4790
Australia - Free Call: 1800 251 799
35
New Zealand - Toll Free: 0800 651 700
Selection Guides
▀▀
Programmable, multi-purpose SPE system - capable of processing aqueous samples directly from their original containers Uses less solvent & creates less waste - controlling costs Less chance of emulsions, providing more predictable productivity Accommodates 20 mL to 4 L samples for all sensitivity needs EZ Flow disk holder is designed to collect particulates before the SPE disk - maintaining flow Pre-filters available to keep the sample flowing A variety of solvents can be used including dichloromethane, methanol, hexane, etc
Lab Essentials
Simplifies & speeds up the solvent drying step in sample preparation Adaptable to common 1.27 cm diameter lab frames & easily mounted under the separatory funnel to collect the solvent extract Quick disconnect fittings & detachable disk holders permits the collected residual water to be poured back into the separatory funnel for re-extraction & optimal recovery of analytes System consists of DryDisk® separation membrane, PTFE membrane holder assembly, vacuum regulator & docking bracket assembly
Sample Prep
▀▀
Bio Chemistry
Automated Large Scale Drying & Concentration
Flow Chemistry
Evaporation by combining consistent heat, controlled nitrogen flow & active venting of the solvent vapours Prepare reproducible extracts for chromatography analysis (GC/MS, LC/MS, GC, LC) Automated pressure profiling for optimum speed with no splattering or cross contamination Nozzles can be individually changed/reconfigured for different racks by the user Evaporation of up to 54 sample extracts - ranging in size <1 mL to 200 mL Easy water bath management with water level sensor & front draining for best performance
▀▀
Batch Chemistry
Nitrogen Blowdown & Concentration
Freeze Drying Instrument Selection Guide All instruments are modular in design allowing added features to be easily included Routine Lab
Ice Condenser Capacity
Aqueous
2 kg
Alpha 1-2 72 caps LDplus
4 kg
Alpha 1-4 LDplus
Advanced Applications
Pilot
Production Solvent
Solvent
Aqueous
Solvent
Solvent
Alpha 2-4 LDplus
Alpha 1-4 LSCplus
Alpha 2-4 LSCplus
Epsilon 1 & 2-4 LSCplus Epsilon 2-6 LSCplus
6 kg Beta 1-8 LDplus
8 kg
Beta 2-8 LDplus
Beta 1-8 LSCplus
Beta 2-8 LSCplus Epsilon 2-10 LSCplus
10 kg 16 kg
Gamma 1-16 LSCplus
24 kg
Delta 1-24 LSCplus
Gamma 2-16 LSCplus Delta 2-24 LSCplus
20 to >1,000 kg
Customised
Refer Vacuum Pumping Systems on page 57 for suitable Freeze Drying pumps (refer Selection Guide on page 71 to personalise your needs)
Routine Lab Applications Entry Level Systems (day-to-day freeze drying applications)
Ice Condenser
Product Shelves
Alpha 1-4
Capacity
2.5 to 8 kg
Performance
2 to 6 kg/hour
Temp
Aqueous
-55°C
Solvent
-85°C
Drying Outside Ice Chamber
3 to 5 Shelves ø 200 to 360 mm ≈920 cm2 to 0.5 m2
Drying in Injection Vials with Stoppering
2 to 4 Shelves ø 200 to 250 mm ≈557cm2 to 0.18m2
Drying in Round Bottom Flasks
8 to 24 Pieces
Base unit + 3 shelves & 8 ports
Base unit + 8 ports
Alpha 2-4 LDplus
Base unit + stoppering device, 2 shelves & 8 ports
Base unit +ampoule manifold
Beta 1-8 LDplus
Base unit + 5 shelves
Base unit + 3 shelves & 24 ports
Did You Know You Don’t Need a -105°C Ice Condenser! As all Christ ice condenser coils are internal, the vapour temp is condensed at -85°C. Instruments with external coils have a temp of -105°C outside but -85°C inside the chamber. Both produce the same condenser temp performance
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36
Batch Chemistry
Advanced Applications More Advanced/Critical Applications (such as pharmaceutical, environmental & microbiology)
Alpha 1-4 LSCplus 4 to 24 kg
Performance
4 to 18 kg/hour
Temp
Aqueous
-55°C
Solvent
-85°C
Inside Condenser & Single Chamber
1 to 10 Shelves ø 200 mm ≈0.031 to 0.155 m2
Vials Inside with Stoppering & Single Chamber
2 to 4 Shelves ø 200 to 250 mm ≈0.031 to 0.18 m2
Drying in Round Bottom Flasks/Filters
12/24/36 Pieces
Product Shelves
Base unit + 5 heated shelves + 12 ports
Base unit + manifold for 20 ports
Base unit + manifold for 8 ports
Base unit + 2 drying chambers
Base unit + stoppering device & 5 heated shelves
Base unit + 5 heated shelves
Many more chamber configurations available
Sample Prep
6.5 to 45 L
Gamma 1-16 LSCplus
Bio Chemistry
Chamber Volume
Beta 2-8 LSCplus
Flow Chemistry
Ice Condenser
Capacity
Lyocube 4-8 LSCplus
Chromatography
Alpha 1-4 LSCplus with LyoCube 4-8 LSCplus
Characterisation
Fast front loading chamber avoids sample melting 58 L chamber with massive shelf area up to 0.61 m2 Heated shelves with Wireless Shelf Technology (up to 65% saving in drying time, no cable connections with temperature of each shelf individually controlled ± 1° Kelvin) One temperature or LyoRx sensor per shelf; 1 to 8 usable shelf options (with MPT or Deep-Well Plates) One temperature or LyoRx sensor per shelf for optimum process control Configuration option compatible with all Alpha, Beta, Gamma & Delta LSCplus units
Pilot Applications 4 to 10 kg
Performance
3 to 10 kg/hour
Temp
-55° to -85°C
Chamber Volume
40 to 50 L 0.1081 to 0.98 m2
Shelf Temperature
-70° to +60°C
Shelf Temperature Accuracy
±2°C
Epsilon 2-6D LSCplus
Epsilon 2-10D LSCplus
Ask about our custom production systems
Australia - Free Call: 1800 251 799
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New Zealand - Toll Free: 0800 651 700
Selection Guides
Shelf Area
Epsilon 1-4 LSCplus
Lab Essentials
Ice Condenser
Capacity
CHROMATOGRAPHY HPLC Solutions Preparative HPLC System GX Prep Solvent System uses syringeless technology & allows access to five off-bed solvents
Wide flow rate range allows for both semi-prep & prep separations ▀▀ ▀▀
▀▀
▀▀
▀▀
Low dwell volume allows fast, reproducible gradients Off bed collection racks allow for true large-scale fraction collection into vessels of your choice without sacrificing bed space Injection of up to 15 g per run depending on column dimensions Separate injection & collection pathways eliminate contamination of fractions Solvent valve allows for immediate access of up to five off-bed solvent reservoirs
Binary gradient preparative HPLC pumps
Valvemate® II for multiple column selection
GX-271 Prep HPLC System Modular detector options available GX Direct Injection Module can utilize both 1/16” & 1/8” injection valves, allowing for a wide variety of sample volumes and loop options
Semi-Preparative HPLC System High & low mount collection valves
HPLC pumps
ELS detector with a multi-channel UV or DAD detector
Ideal for purification using popular 21.2 mm columns - system/column combination allows for the purification of ≈10 to 300 mg of total compound (depending on column & sample chemistry) ▀▀
▀▀
▀▀
Lower flow rate than the preparative system but with higher pressure capability Software allows for easy matching of samples, chromatograms & fractions Options for column switching (up to 10 columns) &/or solvent switching (up to 10 solvents per pump)
GX Analytical Solvent System GX-271 Semi-Prep HPLC System
(refer Selection Guide on page 72 to personalise your needs)
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38
Complete solution for automated HPLC purification & analysis of synthesised compounds - versatile system performs sample injection, fraction collection & re-injection of collected fractions Easy graphical matching of samples, chromatograms & fractions via Trilution® LC software ▀▀ Automated linear scale-up from analytical to prep HPLC methods ▀▀ Simultaneously displays a chromatogram, a list of sample descriptions & images of the sample as well as collected fraction tubes ▀▀ Reports include required calculations using all mathematical functions
GX Z-Injection Module allows fast injections
ELS detector with a multi-channel UV or DAD detector
Batch Chemistry
Analytical to Semi-Preparative HPLC System
▀▀
Separate injection & fraction collection paths
Flow Chemistry
Jet wash rinse station
Bio Chemistry Analytical to semi-prep HPLC pumps
▀▀
Lab Essentials
402 single syringe pump
Characterisation
Maximise post-extraction clean-up of interfering substances from environmental samples, fatty foods, soils, sludge, animal & plant tissue by automating Gel Permeation Chromatography (GPC) prior to analysis by GC, GC/MS, HPLC or LC/MS ▀▀ Direct Injection Module & a fraction collection valve located on the Z-arm increases efficiency by reducing sample carry-over & post valve dead volume ▀▀ Software features pre-programmed methods specific to GPC post-extraction clean-up processes ▀▀ Easily reconfigure system for solid phase extraction
Mobile rack technology
Chromatography
Automated GPC Clean-Up
Sample Prep
GX-281 Analytical to Semi-Prep HPLC System
112 UV detector
305 pump
GX-271 GPC Clean-Up System
(refer Selection Guide on page 72 to personalise your needs)
Australia - Free Call: 1800 251 799
39
New Zealand - Toll Free: 0800 651 700
Selection Guides
Positive pressure elution
Combination HPLC + Flash Complete Purification System - 2 Techniques, 1 Instrument Includes integrated binary or quaternary pumping system, UV/VIS, ELSD, DAD or MS detection, push button injection valve & fraction collector
▀▀
Flow Rates:
up to 300 bar
Touch screen
o PLC 2250 - up to 250 mL/min with pressure
Integrated UV/VIS detector
o PLC 2050 - up to 50 mL/min with pressure
up to 230 bar
190 HPLC columns from 10 to 100 mm
o PLC 2500 - up to 500 mL/min with pressure
Built in electronic injection valve
up to 110 bar
▀▀
Use for HPLC: 10 to 50 mm diameter columns Use for Flash: 2.5 to 600 g cartridges
▀▀
Four-wavelength UV-VIS or PDA (up to 200-840 nm)
▀▀
Built-in electronic injection valve
▀▀
Variable dynamic mixing chamber
▀▀
Built-in acquisition channel for ELS, RI or any
▀▀
2 or 4 independent solvent inlets for binary or
▀▀
Three rack fraction collector capacity with unlimited collection cycles Variable dynamic mixing chamber Dual reciprocating pump technology
other detector quaternary gradients
PLC 2250
Two or four independent solvent inlets for binary or quaternary gradients
Centrifugal Partition Chromatography Isolates maximum amount of a specific compound without using silica or solid support media with dramatically reduced solvent consumption
▀▀
▀▀ ▀▀ ▀▀ ▀▀
SCPC Series
Applications: Semi-Prep to Prep, Prep, Semi-Prep to Pilot, Prep to Pilot Capacity: 50 mL to 50 litres Injection range up to 6 g Flow rate up to 500 mL/minute Controllable with Gilson PLC Series (refer above)
Advantages v’s traditional separation methods: Glider software controls simple ▀▀ No column to replace, no silica to recycle stand-alone modules up to fully ▀▀ Low solvent consumption automated devices ▀▀ High flow rate for low run time ▀▀ High performances: o Purity >99% o Recovery >90% ▀▀ No sample loss ▀▀ No denaturation, no irreversible adsorption of sample ▀▀ Easy scale up to production volumes Suitable for pre-purification, natural product, biological extracts, extracting & purifying specific compounds, liquid-to-liquid extraction, bench to production scale
(refer Selection Guide on page 72 to personalise your needs)
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Positive Pressure SPE & Precise Liquid Handling … ‘All-in-One’ ▀▀
Bio Chemistry
GX-241 ASPEC™
Flexible SPE & Liquid Handling That Can be Integrated with HPLC ▀▀ ▀▀
▀▀
▀▀
Automate sample preparation steps before or after SPE Optional GX Direct Injection Module prepares samples & inject directly onto Gilson HPLC system Accommodates 1, 3 & 6 mL SPE cartridges Verity® 4060 Single Syringe Pump enables air push from either syringes or external air sources & is equipped with a pressure sensing module that monitors pressure Eluted product can be fractionated by moving to different collection tubes
Sample Prep
▀▀
Flow Chemistry
Accommodates 1, 3 & 6 mL SPE cartridges Verity® 4060 Single Syringe Pump enables air push from either syringes or external air sources & is equipped with a pressure sensing module that monitors pressure ▀▀ On-bed reservoirs allow access to up to 6 solvents ▀▀ Eluted product can be fractionated by moving to different collection tubes for applications (such as buffer or pH step gradients) ▀▀
Batch Chemistry
Solid Phase Extraction
GX-271 ASPEC™
▀▀ ▀▀
▀▀
GX-274 ASPEC™
▀▀ ▀▀
▀▀ ▀▀
Lab Essentials
Cartridges - Reproducible Flow Rates & Yield
ANALYTE
INTERFERENCES
ASPEC Cartridges
41
New Zealand - Toll Free: 0800 651 700
Selection Guides
Available in 1, 3 & 6 mL volumes (ready for use out of the box) High quality silica & polymer cartridges come in a variety of phases including Silica, C18, SCX, WCX, HLB (Polymeric) & many others Labelled with column size, phase & amount of packing for quick identification Lot-to-lot reproducibility due to tight particle size distribution & no fines (excellent separation, no clogging, high recoveries & yields)
Australia - Free Call: 1800 251 799
Characterisation
▀▀
Four probe Z-arm increases throughput & efficiency Verity® 4260 Dual Syringe Pumps are equipped with independent pressure sensing modules that monitor pressure on each of the four fluid paths On-bed reservoirs allow access up to 4 solvents Transfer ports allow access to 2 additional off-bed, large volume solvent reservoirs - extend capability via Valvemate® II
Chromatography
High Throughput Solid Phase Extraction
HPLC Detectors UV-VIS Detectors ▀▀ ▀▀ ▀▀
▀▀
Flexible monitoring of your HPLC run with up to 4 wavelengths simultaneously Capable of accommodating 4.6 to 50 mm ID columns The 157 UV-VIS Detector is a single, variable wavelength HPLC spectrophotometer detector for routine HPLC applications, including fast LC methods - variable wavelength 190 to 750 nm 157/159 Detectors The 159 UV-VIS multiple variable wavelength detector offers high sensitivity & baseline stability for HPLC applications, including fast LC methods - monitors 4 wavelengths simultaneously while acquiring spectral data from 190 to 750 nm (track impurities & see what you have been missing)
Diode Array Detectors ▀▀ ▀▀
▀▀
▀▀
Accurate UV-VIS & spectrum data with up to seven specific wavelengths simultaneously With fiber optic light paths in either fixed or remote flow cell configurations - this DAD is ideal for analytical, semi-prep & prep HPLC applications With a remote flow cell, the power of the detector is located directly at the outlet of the column, which yields virtually no peak broadening Interchangeable flow cell allows for analytical to prep applications
171/172 DAD
prepELS Detector ▀▀
▀▀ ▀▀
▀▀
Can be utilised for both isocratic & gradient HPLC purification at both analytical & prep flow rates Accommodates flow rates up to 75 mL/min with simple, robust splitting packages Accommodates sample masses from nanograms up to 5 mg without driving the detector signal off-scale Detect analytes down to a low-nanogram level - filtering technology allows for removal of baseline noise without affecting peak height or shape
prepELS™ II
Mass Spectrometer for Purification ▀▀ ▀▀
▀▀
▀▀ ▀▀
Chip-based single quadrupole MS detector with integrated splitter & make-up Mass range of 50 to 800 amu with the ability to collect full scan signals & up to 4 channels simultaneously Collect fractions based on target mass, which allows you to reduce the number of fractions per prep injection, dry down fewer fractions plus reconstitute & analyse fewer fractions Removes routine maintenance & operation costs Split ratios of 1:100 up to 1:100,000 for purifying large amounts of compound based on a target mass signal
Verity® 1900
Conductivity & pH Using Your Existing HPLC ▀▀
▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Protect your valuable samples, ensure purity & optimise each step of your method Monitor column equilibration & ensure gradient formation A single plug-&-play device displays both conductivity & pH during the run Control the quality of your eluent Interchangeable conductivity flow cells Perform oligonucleotide, monoclonal antibody (mAb) or other biomolecule separations via simple analog output
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42
Verity 1810 Conductivity & pH Monitor (with optional pH flow cell)
SEC/GPC Determinations of Molecular Weight Distribution ▀▀
▀▀ ▀▀ ▀▀ ▀▀
Batch Chemistry
▀▀
True dual detector - viscometer & refractometer The refractometer is an integral component of the viscometer bridge - measurement of concentration & viscosity take place on the exact same sample segment at the same time Provides 2 to 5 timer higher sensitivity, near ZERO delay volume & unsurpassed performance No need to wait for sample ‘breakthrough’ or to adapt an ‘internal delay’ Highest sensitivity with zero dead volume Any application, with any solvent up to 80°C
Bio Chemistry
Molecular Weight Analyser
Flow Chemistry
BI-2020
Multi-angle, laser light scattering detector for SEC/GPC or standalone use The instrument has 2 uses: • Determine the molecular weight distribution (flow mode) • Average molecular weight (batch-mode) ▀▀ The flow path is vertical, not horizontal (avoiding trapped bubbles) ▀▀ 7 angles to determine the intensity of scattered light plus a reference angle ▀▀ Ultra-sensitive CCD detector is uniform in its response for automatic gain adjustment over many decades of scattered intensity ▀▀ Ideal for studying synthetic & natural polymers in solution (including proteins & polysaccharides), oligomerization, complex formation, aggregation, stability & conformation ▀▀ Determinations include Mn, Mw, Mz, Rg, A2 ▀▀ ▀▀
Sample Prep
BI-MwA
▀▀ ▀▀ ▀▀ ▀▀
▀▀
BI-DNDC
NanoDLS
Australia - Free Call: 1800 251 799
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New Zealand - Toll Free: 0800 651 700
Selection Guides
Absolute nanoparticle sizing including proteins & their aggregates (oligomers), polymers, dendrimers, micelles & other colloidal materials ▀▀ Either online (Absolute Size Exclusion Chromatography or Gel Permeation Chromatography) or in batch mode - excellent for determining hydrodynamic radii (using Dynamic Light Scattering) from 0.5 nm to a few microns ▀▀ Ideal for the characterisation of proteins & polymers (enables particle sizing without calibration) ▀▀ Biological compatible sample cell & tubing with automatic sampling/flushing ▀▀
Lab Essentials
Particle Size Analyser for Flow & Batch Applications
Characterisation
▀▀
Deflection type refractometer for use in either batch or GPC/SEC mode In batch mode, the specific refractive index increment (dn/dc) is determined In GPC/SEC mode the instrument is used as a concentration detector Fast warm-up ≈1 hour! Sensitivity of 2.5 x 109 ΔRIU; Active temperature control to 80 °C Wavelength selection: 620, 535 or 470 nm
Chromatography
Differential Refractometer
Vacuum Ultraviolet (VUV) Absorption Spectroscopy The Power of VUV Absorption ▀▀ ▀▀ ▀▀ ▀▀
Beer-Lambert’s Law provides linear & predictable absorption responses which are directly proportional to the compound concentration Absorption of gas phase molecules in the VUV region (120 nm to 240 nm) provide responses hundreds of times stronger than in the infrared (IR) High energy excitation provides excellent sensitivity & the compound-specific absorption spectra provides unparalleled selectivity Benefits include: o First-principle technique drastically reduces calibration issues o Unique spectral fingerprint for compound identification, including most isomers o Provides a new spectroscopic orthogonal approach based on simple linear deconvolution mathematics o No vacuum pumps & limited moving parts ensure low running costs & high reliability
Gas Chromatography Detectors ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Universal mass-sensitive detectors Provides both qualitative & quantitative data Compatible with all popular lab GC’s & all GC carrier gases, also suitable for GCxGC Non-destructive technique requires no sample ionization Easily deconvolve co-eluting analytes (baseline resolved separations aren’t required)
Unambiguous Analytical Answers for the Most Complex Applications Know more about your analyte using the VGA-101
All gas phase molecules absorb strongly in the vacuum ultraviolet (VUV) region, yet analytical detection and measurement of VUV absorption was not addressed until the launch of the VGA100. The VGA-100 is a universal mass-sensitive gas chromatography (GC) detector that provides spectra fromboth 120 nm to 240 nm collected qualitative and quantitative data with at up to 100excellent Hz sensitivity and unparalleled selectivity.
• Universal detection > Nearly everything has a unique absorption fingerprint in the VUV spectrum • Measurement parameter flexibility for advanced GC analysis > Data collection from 120 – 430 nm > Operating temperature heating up to 450° C
Mass-Sensitive Gas Chromatography Detector ▀▀
▀▀ ▀▀ ▀▀
Full absorption simultaneously Small flow cell volume of 78 µL maintains excellent peak shape The VGA-101 is the latest innovation in vacuum Transfer line & flow cell temperature controlled up to 300°C ultraviolet detection featuring an expanded Low ppb LOD for most compounds wavelength spectrum and a higher allowable maximum operating temperature. An expanded wavelength spectrum of 120 – 430 nm provides unique selectivity for complex structures such as polyaromatic hydrocarbons (PAHs). The ability to operate the VUV detector as high as 450° C allows GC analysis of high boiling point compounds. Engineering advancements have also enabled the VGA-101 to be placed in-line with other GC detectors for new data correlation and analytical insight.
Normalized Absorbance
1.2 Water Oxygen Carbon Dioxide Nitrogen
0.8
▀▀
▀▀ ▀▀
▀▀
120
VGA-101
Universal Mass-Sensitive Detector
0.4
0.0 140
160
180
Wavelength (nm)
200
for high boiling point compound analysis • Unique selectivity allows unambiguous compound identification > Easily deconvolve co-eluting analytes > Clear and easy isomer differentiation > Baseline chromatographic resolution not required VGA-100 • Excellent measurement sensitivity > Consistently low picogram limits of detection > Spectral filters increase analyte sensitivity in targeted wavelength regions • Data is both highly quantitative and qualitative > Mass sensitive measurement of individual <40 µL volume flow cell for excellent temporal resolution & components within complex mixtures improved > Spectralsensitivity data provides unique fingerprint for all improvement compounds measured 3 to 10X in LOD (versus the VGA-100) • Non-destructive analysis Wider wavelength detection range from 120 nm to 430 nm for easy > No ionization required, analyze identification of multi-ring aromatics intact molecules • Reliable & Easy to use temperature up to 450°C for determination & Extended operating > No routine maintenance necessary, quantitation of high boiling point compounds no vacuum pumps Heated exit column for– 1st in-series > No calibration required principle coupling with other detector
▀▀
detection provides a predictable technologies (MS, TCD, PID, etc.) linear response
FIG. 5. Unique VUV absorbance spectra of water, oxygen, carbon dioxide, and nitrogen
Streaming Gas Analyzer ▀▀ ▀▀ ▀▀ ▀▀
Continuous sampling of gas stream enables real-time control & improved statistical sensitivity Measures absorption spectra from 120 nm to 240 nm at up to 100 Hz Provides sensitivity & stability which is not possible using infrared techniques Applications include: o Gas blend concentration determination o Permanent gas contamination control o Feed stream process monitoring o CO2 capture & conversion o Catalyst reaction studies
SVGA-100
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44
High Capacity
Economical
▀▀
FC 204
FC 203B
Rugged HPLC Pumps
▀▀ ▀▀
▀▀
Sample Prep
▀▀
Pump heads are easy to access & simple to maintain H1 pump heads are ideal for 2 to 12 mm ID columns with flows up to 15 mL/min & pressures up to 8,700 psi H2 pump heads are ideal for 3 to 20 mm ID columns with flows up to 30 mL/min & pressures up to 4,300 psi Achieve fast gradient response times & homogeneous mixtures for analytical to semipreparative applications via high-pressure Adjustable Volume Dynamic Mixer
Bio Chemistry
Analytical to semi-prep, multi-solvent pumps accommodating flow rates ranging from 0.1 µL/min up to 30 mL/min at pressures up to 8,700 psi (600 bar) & with columns up to 21.2 mm ID
Flow Chemistry
Capable of handling test tubes, vials & up to 8 shallow or deep well microplates Collect fractions by time, drop or peak ▀▀ In peak mode, monitors a detector signal & identifies peaks using either an adaptive-slope algorithm or a specified milli-volt threshold ▀▀ Up to 10 programmable time windows can be added for collecting only what you want ▀▀ Stand-alone instrument with an easy-to-use keypad - interface with any HPLC system (via contact signals) or PC controlled via Trilution® LC/LH software ▀▀
Batch Chemistry
Universal Fraction Collectors
Chromatography
Software Trilution® software packages allow effortless & complete control of Gilson instruments
Set Up Your Preparative HPLC Run in Just a Few Clicks
▀▀
▀▀ ▀▀
Trilution® LC software enables high purity, high recovery & targeted purifications easily & quickly Features conditional logic fraction collection, robust worry-free slope collection, 100% accurate fraction simulation, off-scale peak collection, graphical drag-&-drop user interface Collect data from several different detectors: UV, DAD, ELSD & MS Includes a sample list with copy/paste & auto-incrementing functionality
Lab Essentials
Trilution® LC Software
Automate Your Entire Liquid Handling or SPE Process ▀▀
▀▀
Trilution® LH software interface creates tasks so that any procedure or 3rd party
external device (eg vial grippers, pH meters, analytical balances, scanners & more) can be automated & controlled on the liquid handler Drag-&-drop method creation, use of variables & operators, simulation prior to use with precious samples More than 70 standard tasks for a variety of common liquid handling steps
Selection Guides
▀▀
Trilution® LH Software
Australia - Free Call: 1800 251 799
45
Characterisation
▀▀
New Zealand - Toll Free: 0800 651 700
CHARACTERISATION Viscosity Economic
Workhorse
DVE
Affordable digital viscometer Easy-to-use Display in: o Viscosity (cP or mPa•s) o % Torque o Speed (rpm) o Spindle used Digital display
▀▀ ▀▀ ▀▀
▀▀
Versatile
DV1
▀▀ ▀▀
▀▀ ▀▀
DV2T
Large, easy-to-read screen Senses & continuously displays: o Viscosity (cP or mPa•s) o % Torque o Speed (rpm) o Spindle used o Temp (optional) Time measurement function PC Interface & connection to printer
▀▀
▀▀
▀▀
Touch-screen - includes viscosity, temp, shear rate/stress, % torque, spindle/ speed Built-in modules include: o Timed tests o Data averaging o Programmable QC limits o Custom speed/spindle lists o Test based user instructions o On screen data comparison Perfect for QC labs & R&D depts
(refer Selection Guide on page 73 to personalise your needs)
Servicing Brookfield Ametek Instruments
Each viscometer has choice of 4 spring torque measuring capabilities: ▀▀
▀▀
▀▀
▀▀
As Australia’s only authorised distributor we verify, calibrate & service all Brookfield instruments - choose from:
Low viscosity materials (eg inks, oils & solvents)
▀▀
Medium viscosity materials
▀▀
(eg creams, food & paints)
High viscosity materials
(eg gels, chocolate & epoxies)
Higher viscosity materials
(eg asphalt, caulking compounds & molasses)
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46
On-site at your premises; or At our state-of-the-art service centre
Batch Chemistry
Rheology Measure Viscosity & Yield Stress … All-in-One ▀▀ ▀▀ ▀▀
▀▀
▀▀
DV3T
Bio Chemistry
Flow Chemistry
▀▀
Affordable upgrade from a viscometer 18 cm full colour touch-screen display with real time graphing Analyse yield stress, flow curves (mixing, pumping, spraying), levelling & recovery Displayed info: o Viscosity (cP or mPa•s) o Temperature o Shear Rate/Stress o % Torque o Speed/Spindle o Step Program Status Built-In options: o Temperature Control o Yield Tests o Programmable QC o Math Modelling o Limits/Alarms Built-in RDT temperature probe Sample data display
Sample Prep
Melt Flow Indexers - Modular Designs ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Touch screen display Temperature control by 2 heater elements (resolution 0.01°C) 5 calibration settings for set temperature with dedicated parameter files Store up to 500 parameter sets with 3,000 measurements for each parameter set High-resolution position transducer to measure volume output High-precision timer, resolution better than 0.001 s Optional balance for automatic density determination Test loads from 1 kg to 21.6 kg
Chromatography
▀▀
Characterisation
mi2.1
Handheld Density/Specific Gravity Meter
▀▀ ▀▀ ▀▀ ▀▀
▀▀ ▀▀ ▀▀
Densi-H
Australia - Free Call: 1800 251 799
47
New Zealand - Toll Free: 0800 651 700
Selection Guides
▀▀
Oscillation-type densitometer provides density, specific gravity & API degrees, Brix, % Alcohol, % H2SO4, °Baume, °Plato, Proof Visible measurement cell allows user to easily identify air bubbles or impurities Built-in API tables (product groups A, B & D) allow API compliant measurement One button operation delivers results in seconds Specific gravity is automatically calculated Optional infrared/RS-232 adapter & software Adjustable sampling speed allows user to tailor to application needs Internal memory stores up to 1,100 results Applications include food & beverage, pharmaceuticals, cosmetics, chemicals, petrochemicals
Lab Essentials
▀▀
Spectrophotometers Visible Spectrum Long Pathlength
Visible Spectrum Standard Pathlength
UV/Visible Spectrum
4 nm Bandwidth
5 nm Bandwidth
4 nm Bandwidth
▀▀ ▀▀ ▀▀ ▀▀
▀▀ ▀▀
▀▀
Store up to 200 test methods Software-driven DNA/RNA/ Protein/Kinetics analysis Large LED display
100 mm
50 mm
10 nm (expandable to 100 mm with optional holder)
325 to 1,000 nm
325 to 1,000 nm
200 to 1,000 nm
<0.5% T at 340 & 400 nm
<0.5% T at 340 & 400 nm
<0.3% T at 340 & 400 nm
RS-232/USB
RS-232/USB
RS-232/USB
Pathlength (max) Wavelength Range Stray Light
Narrow band width Economical & non-scanning Auto-adjust filters to ensure accuracy 4-position cuvette holders
Output
Raman Spectroscopy Hand-Held Forensic Analyser ▀▀ ▀▀
▀▀ ▀▀
TacticiD
▀▀
Field-ready spectral analysis instrument designed for non-contact forensic analysis Real-time actionable identification & analysis: o Common & hazardous chemicals o Pharmaceutical raw materials o Cuttings agents, precursors & binding agents o Unknown powders, liquids & gels o Narcotics & controlled substances o Explosives Colour-coded result screens - red, orange & green result screens provide immediate visual safety information Excitation wavelength: 785 nm Spectral range: 176 cm-1 to 2,900 cm-1
Portable Precision Analyser ▀▀
▀▀ ▀▀
▀▀
▀▀ ▀▀
High quantum efficiency CCD array detector with deeper cooling & high dynamic range, delivers an improved signal to noise ratio Small footprint & low power consumption Includes fiber optic probe & can be used with a cuvette holder, a video microscope, an XYZ positioning stage probe holder & BWIQ® multivariate analysis software & BWID® identification software Applications include polymers & chemical processes, bioscience & medical diagnosis, pharmaceutical industry, environmental science, forensic analysis, QC & general research Excitation wavelength: choice of 532 nm or 785 nm Spectral range: 65 cm-1 to 4,200 cm-1 i-Raman Plus
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48
Batch Chemistry
Polarimeters High Performance Automatic Polarimeter/Saccharimeter Measures samples at both 589 nm & 882 nm (by changing optical units) ▀▀ Measurement stability in 12 seconds (4 seconds in the high-speed & consecutive measurement mode ) ▀▀ Repeatability of ±0.003°; Angle of Rotation ±0.0090°Z ▀▀ Up to 999 automatic consecutive measurements followed by average value display ▀▀ Connectivity to RX Digital Refractometers for automatic purity measurement ▀▀ FDA 21 CFR Part 11 (software included) & ICUMSA compliant ▀▀ Measurement readings: o User Scale o Angle of Rotation o Angle of Rotation of Quartz Plate o International Sugar Scale o Temperature o Specific Optical Rotation o Concentration o Purity ▀▀
SAC-i 589/882
▀▀
▀▀ ▀▀
RePo-1
Angle of Rotation
Brix
Int’l Sugar Scale
Temperature
Measurement Range
-5° to +5°
0 to 85%
-130° to +130° Z
+15° to +40° C
0.01°
0.1%
0.1° Z
0.1° C
±0.1° (@ 20°C)
±0.2%
±3° Z
±1°C
Resolution Accuracy
Melting Point
Analyse 3 samples simultaneously
Storage compartment with glass cutter for closed capillaries
▀▀ ▀▀ ▀▀ ▀▀
Intuitive setup & navigation Ambient to 400°C (heat-up time 0.1° to 20°C per minute) Unsure of the melt temperature? Use the rapid ramp mode to take a fast scan of the full temperature range Watch the melt on the large touch-screen display or set the unit up & walk away & view a video of the melt later
Australia - Free Call: 1800 251 799
49
New Zealand - Toll Free: 0800 651 700
Selection Guides
SMP50
Lab Essentials
Accurately identify the melting point with advanced digital image processing
Capture & display video image of the melt on 17.8 cm colour touch-screen or download to a PC
Characterisation
Perfect for Pharmaceutical, Raw Material & QA/QC Analysis
Chromatography
Measurement Scales
Sample Prep
▀▀
Purity, International Sugar Scale, Specific Rotation & Concentration are automatically calculated from the measured refractive index & angle of rotation Simple operation & only requires 3 mL sample 12 second measurement time 589 nm measurement wavelength
Bio Chemistry
Refractometer + Polarimeter … All-In-One!
Flow Chemistry
▀▀
Bomb Calorimeters The 6400 & 6200 are isoperibol calorimeters - where the surrounding jacket is maintained at a constant temp while the temp of the bomb & bucket rise as heat is released by the combustion (meets all ASTM, ISO & Australian Standards )
High Throughput
High Precision
Model 6400
Specifications
Calorimeter Type Operator Time per Test Precision Classification Number of Vessels Tests per Hour Bomb Type & Bucket Bucket Filling Oxygen Filling Bomb Washing
PC Controlled
Model 6200
Isoperibol
Model 6050
Isoperibol
Compensated
1 minute
6 minutes
6 minutes
0.10% RSD
0.05% to 0.10% RSD
0.20% RSD
Up to 4
Up to 4
Up to 8
6 to 7
4 to 8 (as equipped)
4 to 6 (as equipped)
Fixed bomb & bucket design
Removable bomb & bucket design
Removable bomb & bucket design
Automatic
Manual
Manual
Automatic
Automatic
Automatic
Automatic
Manual
Manual
Moisture/Solids Analysis ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Ideal for process & quality control for a variety of samples including liquids, solids, powders & slurries Results in under 3 minutes Eliminate burning of samples & variations caused by operator techniques Decrease the energy needed for conventional moisture/solids analysis by 95% Precision comparable to reference methods Complies with AOAC Official Methods 985.14, 985.26 & 2008.6
Smart 6
Economical Moisture Analysers
DAB 100-3 ▀▀ ▀▀ ▀▀
400 W halogen glass heater 15 memories for drying programs 50 sample plates included
DLB 160-3A ▀▀ ▀▀ ▀▀
400 W halogen glass heater 5 memories for drying programs 10 sample plates included
Calibration External Weighing Range 110 g Readout 0.001 g
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MLS50-3C ▀▀ ▀▀ ▀▀
Infrared + graphic display 100 memories for drying programs 10 sample plates included
External 160 g 0.001 g
50
External 50 g 0.001 g
Batch Chemistry
Particle Sizing Particle Sizer & Zeta Potential Analyzer ▀▀
▀▀
▀▀
NanoBrook Omni
Bio Chemistry
▀▀
Sizing: o Multimodal & unimodal size distribution software o Range from >0.3 nm to 10 μm o Three scattering angles (15°, 90° & 173°) o ISO 13321 & ISO 22412 compliant o Molecular weight determination Zeta potential for the difficult cases: biological samples (proteins, peptides, mAb, RNA), organic solvents, for oily or viscous media, high-salt suspensions & samples near the Isoelectric Point Includes Phase Analysis Light Scattering (PALS) measurements for samples with low mobilities
Flow Chemistry
Based on Dynamic Light Scattering for particle sizing & distribution plus doppler velocimetry (Electrophoretic Light Scattering) for zeta potential
Laser Diffraction & Mie Scattering Particle Sizer
▀▀
Microbrook 2000LD ▀▀
Allows editing, storing & recalling standard operating procedures Turn-key operation is as simple as adding the sample to the instrument - the internal sub-systems automatically take care of the rest - supplying liquid medium, dispersing (stirring, sonication), circulating, adjusting concentration, measurement (& repeats), rinsing, cleaning, printing & saving Applications include pharmaceuticals, foodstuffs, emulsions, dyes, etc
Characterisation
Laser Particle Sizer Measure the particle size distribution of solids & suspensions - measuring range from 0.01 to 2,100 μm ▀▀ Extremely simple to use - start the programme, select a SOP & add the sample ▀▀ Intelligent modular design with easily inter-changeable dispersion units for different sample types: o Falling Chute: dry measurement without dispersion or compressed air o Measuring Unit: 0.08 to 2,000 μm, fast calibration & laser alignment, quick change between wet & dry o Autoloader: 26 positions for 40 mL standard containers o Small Volume (Automatic): most dispersion liquids can be used, automatic rinsing - thanks to strong ultrasonic power o Small Volume (Manual): ideal for organic solvents, easy rinse/clean between samples o Dry Dispersion: efficient degradation of agglomerates, auto dispersion pressure adjustment, integrated sample feeding o Wet Dispersion: adjustable ultrasonic-intensity, automatic rinsing cycle ▀▀
Analysette 22 NanoTec
Selection Guides
51
Lab Essentials
Australia - Free Call: 1800 251 799
Chromatography
▀▀
Sample Prep
For speed, repeatability, simplicity of automated operation & broad size ranges - laser diffraction & scattering dominate particle characterisation ▀▀ Suitable for wet & dry samples: o Wet mode: 0.02 to 2,000 µm o Dry mode: 0.1 to 2,000 µm ▀▀
New Zealand - Toll Free: 0800 651 700
Solvent Recovery Systems Solvent Recycling/Recovery Computerised distillation producing very pure materials - with recovered solvent purity often exceeding the original material Capacity of 6 litres of solvent mixture with a throughput of up to 1 L/hour Up to 100 programs with monitoring for normal & safe operation Variable reflux ratios & equilibrium times are possible
Customised Distillation Systems Selection of the appropriate components to achieve efficiency at high throughput rates High-tech electronic measuring & controlling modules Temperatures, pressure, filling levels & cooling water plus utility supply are monitored Variation according to existing needs - whether working with solvents, aromatics, acids, chlorinated hydro-carbons, petroleum fractions or simply water Turn-Key Solutions: From round bottom flasks with distilling link to fully automatic & computer controlled LM-6/H
Phase Equilibrium Apparatuses Vapour-Liquid(-Liquid)-Equilibrium-Determination (from 1 mbar up to 4 bar, stainless steel design up to 50 bar also available) Although VLE-data is known from literature, there is still an increasing tendency towards re-determining equilibrium data by experiment as the thermodynamic parameters (like pressure, temp & concentrations) are different or inadequate. VLLE 602
Safe Anhydrous Solvent Purification ▀▀ ▀▀
▀▀ ▀▀ ▀▀
Remove moisture & oxygen from HPLC grade organic solvents by Grubbs method Can be configured with up to 7 solvents (enabling one or more users to easily dispense small/ large quantities of dry solvents in a safe & simple manner) No heat, recirculated water or sodium Solvents delivered on-tap as required Integrated fire safety cabinet
Controlled Atmosphere Glovebox ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Patented sealing technology Highest purification efficiency with extremely low leakage rate (<0.001% vol/hour) Lowest circulation time with user friendly interface (17.8 cm high resolution touch screen) Thermal chamber & freezer options Size: 1,200 mm (L) X 750 mm (W) X 900 mm (H) Large antechamber: 370 mm X 600 mm Small antechamber: 150 mm X 300 mm Wide range of models & customized designs to suit your requirement
SciLab Single Station Glovebox
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52
Batch Chemistry
Titrators Rugged Coulometric Karl Fischer Titrator ▀▀ ▀▀ ▀▀
▀▀ ▀▀ ▀▀ ▀▀
Flow Chemistry
▀▀
Determines water contents of liquids, gases & solids 10 user programmable methods 1ppm/100% water Results in ppm, mg/kg, % & μg water Conforms to ASTM & ISO standards Small footprint & portable Incorporates software, printer & battery Applications include biological, pharmaceutical, beverages, dairy & meat products, honey/sugars, cosmetics, petrochemical, animal feed, etc
Easy Titration with Touch-Screen ▀▀
▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Chromatography
PAT940
pH Meters
Characterisation
Economical pH Meter ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Sample Prep
▀▀
Measurement modes include dynamic & incremental equivalence point titration, manual titration & calibration with auto buffer recognition Touch enabled QWERTY keypad Store up to 1,000 methods & 1,000 results 50 shortcuts can be saved to the Homepage for quick start favourite methods Continuous dosing operation for manual titrations Conforms to recognised standards (ASTM, UOP, EN) Optional second burette & auto sampler
Bio Chemistry
Aquamax KF Plus
Measures pH, mV, relative mV & temperature Space saving, economic & versatile Large easy-to-read LCD display 100 data sets Includes double-junction refillable glass pH electrode, ATC probe & stand
High Precision pH Meter ▀▀
▀▀ ▀▀ ▀▀
Measure pH, mV, relative mV & temperature Meets GLP requirements 0.001 pH resolution with ±0.002 pH accuracy 500 data sets Includes ATC probe, pH electrode & 600 mL of electrode fill solution
Oakton pH 2700
Australia - Free Call: 1800 251 799
53
New Zealand - Toll Free: 0800 651 700
Selection Guides
▀▀
Lab Essentials
Oakton pH 700
LAB ESSENTIALS Pipettes Extensive selection of mechanical, electric or motorised pipettes - contact us for details of our full Gilson range
Pipette for Problem Liquids - Viscous & Solvents ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Microman E
100% protection against contamination (no air-to-liquid interface) Desired volume aspirated rapidly & accurately - no calibration required Volume securing button; Large selection of Capillary Pistons QuickSnap - tips fit like a normal pipette Choice of 6 models (volumes from 1 to 1,000 μL)
Lockable Volume Ensures Accuracy Adjustable tip ejector (left & right-handed use) - metal or plastic ejectors Optimum traceability with 2D identification code ▀▀ Choice of models: o Single Channel: Select from 4 options (volumes from 0.2 µL to 10 mL) o 8 & 12 Channel: Select from 4 options (volumes from 0.5 µL to 300 µL) ▀▀ ▀▀
Lowest Pipetting Force on the Market ▀▀ ▀▀ ▀▀ ▀▀ ▀▀
Pipetman L - Single & Multi
Lubricated piston assembly for easier pipetting Clip ejector for easy dismantling & greater tip fitting Metal or plastic ejectors Qualifies for our free Lifetime Warranty program - visit our web site for full details Choice of 8 models (volumes from 0.2 µL to 10 mL)
Pipetman G
Guaranteed ISO Specification on Standard & Repetitive Pipetting Intuitive interface with 5 pipetting modes: standard, repetitive, mix, reverse & custom Fully motorised with lockable volume & adjustable speed piston ▀▀ Plastic clip tip ejectors for easy dismantling & greater tip fitting ▀▀ Independent speeds for aspirating & dispensing for varying solution densities ▀▀ Choice of models: o Single Channel: Select from 8 options (volumes from 0.5 µL to 10 mL) o 8 & 12 Channel: Select from 6 options (volumes from 0.5 µL to 1.2 mL) ▀▀ ▀▀
Pipetman M - Single & Multi
Fast Manual Pipetting of 96 & 384 Well Plates ▀▀
▀▀ ▀▀ ▀▀
Platemaster
▀▀
Fast pipetting: o Fill a 96 well plate in <10 seconds o Fill a 384 well plate in <60 seconds Volumes from 0.5 µL to 220 µL Simple to use & no programing required - works like a manual pipette Compact - easily fits on bench Costs only a fraction of a pipetting robot
John Morris Group also offers an extensive range of Starter Kits, accessories & spare parts plus we also service & calibrate all major pipette brands (refer Selection Guide on page 74 to personalise your needs)
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54
Micro
Small
Versatile
Batch Chemistry
Centrifuges
Flow Chemistry
2-7
Max RCF (x g) 16,163 Max Speed (rpm) 14,800 Capacity
▀▀ ▀▀
PCR Tubes Tubes
▀▀ ▀▀
▀▀ ▀▀
2,540
21,475
4,000
15,300
1.5 to 100 mL (up to 30 tubes)
Fixed-angle Standard
▀▀ ▀▀
Up to 192 tubes or 12 strips of 8 tubes 1.5 to 400 mL (up to 100 tubes)
Swing-out or fixed-angle Standard
Sub-Ultra
Swing-out or fixed-angle Standard
Economical
Sample Prep
Rotors Operation
Up to 24 tubes or 2 strips of 8 tubes 1.5 to 2.0 mL (up to 24 tubes)
3-16L
Bio Chemistry
1-14
High Capacity Chromatography Characterisation
3-30KS
4-5L
Capacity
▀▀ ▀▀
Rotors Operation
PCR Tubes Tubes
▀▀ ▀▀
Up to 60 tubes or 12 strips of 8 tubes 1.5 to 100 mL (up to 4 tubes)
▀▀ ▀▀
4,643 4,700
Up to 104 tubes 1.5 to 750 mL (up to 80 tubes)
Swing-out or fixed-angle Refrigerated (-20° to + 40°C)
Swing-out Standard
▀▀ ▀▀
25,155 15,000
Up to 100 tubes 1.5 to 800 mL (up to 96 tubes) Swing-out or fixed-angle Heated (+40° to + 60°C)
(refer Selection Guide on page 75 to personalise your needs)
55
New Zealand - Toll Free: 0800 651 700
Selection Guides
John Morris Group also has an extensive range of accessories & spare parts plus we also provide a choice of Service Agreements to suit your needs & performs routine maintenance & repairs
Australia - Free Call: 1800 251 799
Lab Essentials
Max RCF (x g) 65,403 Max Speed (rpm) 30,000
6-16KHS
Vacuum Pumping Systems Different Applications Require Specialised Pumps
Application: Synthesis / Peptide The ME 1C chemistry resistant diaphragm pump is ideal for liquid waste evacuation
Whisper quiet, low vibration & compact (requires minimal bench space) Maintenance-free drive & proven long diaphragm life High chemical resistance Ultimate vacuum (without gas ballast): 100 mbar; Pumping Speed: 0.7 m3/hour
Application: Evaporation Blowdown Choose either of the below rotary vane pumps where an external pump is required for NMP or DMSO Both pumps offer: High flow rates even at vacuum levels approaching ultimate vacuum High water vapour tolerance Very good ultimate vacuum even with gas ballast
Economical
Trivac D2.5E
RZ 2.5
2 x 10-3
2 x 10-3
2.3 m3/hour
2.3 m3/hour
Ultimate Vacuum (without gas ballast) Pumping Speed (@ 50 Hz)
Chemical Resistant
Application: Evaporation / Rotational Vacuum Concentration Chemistry diaphragm pumps are the most suitable - summary options below All pumps offer: Chemical resistance Gas ballast to prevent condensation in the pump Low ultimate vacuum for high boiling point solvents ATEX Category 3 (prevents ignition of flammable solvents) Divac 0.6L
V-100
MD 4C NT +AK+EK
PC 3001 VARIO Pro
Compact & high performance
Chemically resistant PTFE diaphragm vacuum pump
For larger/high volume concentrators
High boilers, fully automatic, shorter process times
Ultimate Vacuum mbar (without gas ballast)
â&#x2030;¤8
10
1.5
2
Pumping Speed (m3/hour)
0.6
1.5
3.4
2.0
Separator Catchpot (for inlet/outlet condensates)
No
Optional
Yes
Exhaust Vapour (Emission) Condenser (â&#x2030;&#x2C6;100% solvent recovery)
No
Optional
Yes
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56
Batch Chemistry
Application: Evaporation / Rotary Evaporation Chemistry diaphragm pumps are the most suitable - summary options below
Divac 0.6L
V-100
Compact & high performance
Chemically resistant PTFE diaphragm vacuum pump
PC 3001 VARIO Pro High boilers, fully automatic with speed control, shorter process times
7
2
â&#x2030;¤8
10
Pumping Speed (m3/hour) 50Hz
0.6
1.5
2.0
Separator Catchpot (for inlet/outlet condensates)
No
Optional
Yes
Exhaust Vapour (Emission) Condenser (â&#x2030;&#x2C6;100% solvent recovery)
No
Optional
Yes
Sample Prep
Ultimate Vacuum mbar (without gas ballast)
Bio Chemistry
PC 101 NT Includes vacuum control & manometer on pump
Flow Chemistry
All pumps offer: Chemical resistance Gas ballast to prevent condensation in the pump Low ultimate vacuum for high boiling solvents ATEX Category 3 (prevents ignition of flammable solvents)
Application: Evaporation / Freeze Drying Rotary vane vacuum pumps or chemistry hybrid pumps are the most suitable - summary options below
Chromatography
All pumps offer: High flow rate at low vacuum levels High vacuum pressures with gas ballast open for max water vapour tolerance Continuous duty cycle rated with thermal cut-out protection on the motor
RZ 6
Freeze Drying pumps, available with cold trap upgrade for Schlenk Lines
<4 x 10-4
Pumping Speed (m3/hour) 50Hz
Unique Rotary Vane/Diaphragm combination pump for unrivalled chemical resistance (ideal for solvent freeze drying 2 x 10-3
8.1
5.7
Chemical Resistant
No
Oil Pump
5.9 Yes
Lab Essentials
Ultimate Vacuum mbar (without gas ballast)
RC 6 Hybrid
Characterisation
Trivac D8C
Yes
Optional
Yes
Contact us for information regarding our full vacuum pump product range
Australia - Free Call: 1800 251 799
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Selection Guides
Yes
Exhaust Filter
Temperature Control Systems Model
PURA 10
Temp Range
Ambient to +99.9°C
Cooling Capacity @ 20°C (kW)
Heating Capacity (kW)
-
1.3
Fill Volume (L)
Flow Rate (L/min)
1 to 10
-
Applications: Water bath for routine applications (eg cell cultivation), temperature control of samples, incubation, corrosion tests, test food & beverages, life sciences, pathology labs, etc
-10° to +40°C
F250
0.25
-
1.7 to 2.6
15
Applications: Economical recirculated chiller for cooling of Peltier elements, particularly for automated analysis units & CCD cameras, polarimeters, refractometers, electrophoresis chambers, single rotary evaporation, etc
Corio CD
Ambient to +150°C
-
1
-
15
Applications: Heating immersion circulator with an optional pump set for temperature control of external applications
FL1203
-20° to +40°C
0.2
-
12 to 17
40
Applications: Powerful recirculated chiller can cool multiple rotary evaporators, bio-reactors/fermenters, Soxhlet apparatus, distillation & vacuum systems, gas chromatographs, spectrometers, etc
Corio CD-200F
-20° to +150°C
0.22
2
3 to 4
15
Applications: For temp control of samples in a circulator bath or an external application (eg measuring cells, refractometers, viscometers, chromatography columns, rotary evaporators, etc)
FP50-HL
-50° to +200°C
0.9
2
8
22 to 26
Applications: External temp control applications, particularly for distillation apparatus & mini-plant installations, jacketed reactors, autoclaves, Kilo labs, pilot plants
Presto W92t
-92° to +250°C
19
24
-
Applications: One of the most powerful heater/chiller units available with extraordinary heating, cooling & pumping performance - large reactors, electronics, satellite component testing, etc (refer Selection Guide on page 64 to personalise your needs)
www.johnmorrisgroup.com
58
26 to 80
Refractometers ▀▀ ▀▀
Balances & Scales ▀▀ ▀▀ ▀▀
Analytical (weighing up to 510 g) or precision (weighing up to 20 kg) balances Internal or external calibration; Readouts up to 0.00001 Benchtop, floor standing, hanging, weighing table, etc
▀▀ ▀▀ ▀▀
Small to large volumes; 1 to 60 stirring points With or without magnetic stirring; Heating temps from -10°C up to +200°C External (submersible) or internal (non-submersible) control
▀▀ ▀▀ ▀▀
Hand held or bench top, manual or automated Large selection of high precision probes with various lengths Chemically compatible with all cleaning methods & most reagents
▀▀ ▀▀ ▀▀
Independent channel control pumps - control flow & direction of each channel via keypad or PC Low flow high accuracy pumps - planetary drive provides smooth, precise flow & longer tubing life Reglo compact multi-channel pumps – easily adjust speed of compact multi-channel pump
▀▀ ▀▀ ▀▀
Select from general purpose, precision, glass, plastic, ASTM, Brix sugar scale, salt brine, etc Lengths from 163 mm to 381 mm Wide selection of ranges, temperature & divisions
▀▀ ▀▀ ▀▀
Ideal for use in cleanrooms, indoor air quality, filter testing & contamination migration studies Particle sizing from 0.3 to 10 µm Store up to 5,000 data records with flow rates from 0.1 cfm; Built-in camera also available
▀▀
▀▀
Nest uniformly when empty & expand readily when filled with liquid - include polypropylene (PP) caps with injection-molded threads Extensive range of carboys - with/without spigots & faucets, numerous shapes & sizes, with/without handles, etc
Australia - Free Call: 1800 251 799
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Selection Guides
Collapsible Containers & Carboys
Lab Essentials
Particle Counters
Characterisation
Hydrometers
Chromatography
Ismatec Pumps
Sample Prep
Homogenisers
Bio Chemistry
Hotplates, Heating & Mixing, Shaking, Stirring
Flow Chemistry
▀▀
Various scales - Brix, Baume, Refractive Index, etc Numerous types for pharma reagents, food, salt, wine, sugar, salinity, aviation, alcohol, moisture, ABBE, in-line, etc Pocket, hand-held & benchtop models - water proof & non-water-proof
Batch Chemistry
Associated Lab Instruments
Tubing Huge variety of materials (silicone, tygon, viton, C-Flex, Norprene, PTFE, etc) & sizes Choose from flexible, rigid, sanitary, heat-shrink, micro-bore plus full range of accessories Sample lengths (30 cm) available for most types & sizes of tubing
▀▀ ▀▀ ▀▀
Desiccator Cabinets Choice of horizontal or vertical orientation, stacked or stand-alone Automatic or manual, portable or fixed Wide selection of chamber sizes, number of trays, accessories, etc
▀▀ ▀▀ ▀▀
Filter Papers Manufactured to exacting standards for uniform performance Highest retention efficiency, retention of very fine particulates Wide selection of grades, qualitative & quantitative types plus sizes to meet all your needs
▀▀ ▀▀ ▀▀
Mass Flow Controllers Elastomer or metal sealed MFC’s Wide range of flow rates from 5 sccm to 1,000 slm (full scale range) General purpose through to high performance for critical applications
▀▀ ▀▀ ▀▀
Infrared Thermometers High distance-to-sight (D/S) ratios handle your long-distance measurements Dual-laser sighting to pinpoint target areas; Protective lens cover with magnetic lock Pistol-grip handle is comfortable & easy to use
▀▀ ▀▀ ▀▀
Luers & Fittings Extensive range of materials including metals, plastic, etc Tube-to-tube (straight, elbow, tee, cross, plug, etc), luers, threaded, etc Contact us for more details concerning our full range to meet your needs
▀▀ ▀▀ ▀▀
Thermocouple Thermometers Rugged, heavy-duty construction protects against knocks & jars Reliable measurements - precalibrated to NIST-traceable standards Relative time stamp provides a time reference for major events J, K, T, E, S & R thermocouple probes or infrared wand
▀▀ ▀▀ ▀▀ ▀▀
Gloves ▀▀ ▀▀ ▀▀
Disposable, temperature resistant, chemical resistant, static control, inspection, cut-resistant, clean room, etc Large selection of materials - neoprene, cotton, nitrile, leather, nylon, latex, etc Choice of size, length, thickness, colour
Gas Analysers ▀▀ ▀▀
Range includes O2, CO2, CH4, H2, ethanol, methanol, etc From lab to industrial scale
Contact us for information regarding our complete product range www.johnmorrisgroup.com
60
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe chemistry to be performed
What is the nature of your solution?
Yes (specify)
No
Liquids (viscosity):
Low (eg water ≈ 1.0 cP) Medium (eg castor oil = 1,000 cP) High (eg honey =10,000 cP)
Liquids with Particulates:
Slurry
None
Low (<10%)
Style of reactor required?
Stirred
Non-Stirred
Metal of construction to be used?
T316 SS
Monel 400
(refer info on page 5)
Titanium
Other (specify)
Type of layout & head mounting required?
Layout:
Bench
Bigas
Other (specify)
Medium (10-30%)
Inconel 600
High (>30%)
Hastelloy C-276
Head Mounting:
Floor
Fixed
Moveable
Bio Chemistry
What degree of particulate matter is in your solution?
Flow Chemistry
Will corrosives be present?
Batch Chemistry
Batch Reactor Selection Guide - Metal
(for Head Mounting info refer page 5)
mL
Size of vessel required? Cooling:
What is the temperature range?
Minimum:
What is the maximum pressure required?
Stirred
How will chemicals be added?
Heating:
Maximum:
+350°C
Yes
No
+500°C
Other (specify)
Non-Stirred
1900 psi (131 bar)
1900 psi (131 bar)
2000 psi (137 bar)
2900 psi (200 bar)
3000 psi (207 bar)
4200 psi (290 bar)
3000 psi (207 bar)
5000 psi (345 bar)
6000 psi (410 bar)
5000 psi (345 bar)
8500 psi (585 bar)
Other (specify)
Instrument Controller
Yes
No
Additional PC Control & Data Logging
Yes
No
Maybe
Nitrogen (N2)
Oxygen (O2)
Carbon Monoxide (CO)
Carbon Dioxide (CO2)
Hydrogen (H2)
Other (specify)
Direct to Open Vessel
Yes
No
Maybe
Solid Charging Point
Yes
No
Maybe
Catalyst Addition Device
Yes
No
Maybe
Liquid Pipette
Yes
No
Maybe
Gas Burette
Yes
No
Maybe
Gas Pump
Yes
No
Maybe
Removal at Completion of Reaction
Yes
No
Maybe
Via Dip-Tube
Yes
No
Maybe
Liquid Sampling Vessel
Yes
No
Maybe
Reflux Condenser
Yes
No
Maybe
Bottom Drain Valve
Yes
No
Maybe
pH
What is your budget?
<$10K
Electrolysis $10K-$20K
Raman $20K-$50K
Other (specify) $50K-$100K
>$100K
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
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Selection Guides
Would you like any in-situ analysis?
Lab Essentials
How will chemicals be removed?
°C
No
Characterisation
Which gases are to be added?
Yes
Chromatography
Do you require heating/cooling?
Type of control/monitoring required?
Sample Prep
mL
Quantity of reagents to be used?
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
Batch Reactor Selection Guide - Glass To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe chemistry to be performed
Type of reaction?
Exothermic
What is the viscosity of your chemistry?
Low (eg water ≈ 1.0 cP)
Endothermic
Neither
Medium (eg castor oil = 1,000 cP) High (eg honey = 10,000 cP)
What degree of particulate matter is in your solution?
None Low (<10%) Medium (10-30%) High (>30%)
Quantity of reagents to be used?
mL
Size of vessel required?
mL
What is the temperature range of your chemistry?
Minimum:
-40°C
-80°C
Maximum:
What is the maximum pressure required?
Atmospheric
< 3 Bar
What rate of heating/cooling is required?
Normal
Rapid
What type of control/monitoring do you require?
Manual
Automated PC Control
+200°C
+250°C
< 10 Bar
Round
What shape of vessel is preferred?
Conical Torispherical Vacuum Jacket Dish Bottom Stainless Steel - Torispherical
What automation options are critical?
pH
Yes
No
Maybe
Gravimetric Dosing
Yes
No
Maybe
Volumetric Dosing
Yes
No
Maybe
Turbidity Monitoring
Yes
No
Maybe
Calorimetry
Yes
No
Maybe
Crystallization Control
Yes
No
Maybe
Other (specify)
How soon do you need your reactor? What is your budget? (this helps to determine the most suitable instrument)
<1 month <$25K
1 to 3 months $25K-$50K
Is there anything else we need to know to assist you?
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>3 Months
$50K-$100K
$100K-$200K
>$200K
Other
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
Please describe the application to be performed
What flow rate do you require? Will there be any back pressure/suction pressure?
Accuracy required
mL/minute
Yes
mL
Flow Chemistry
ie what conditions will the pump be exposed to, chemistry of material (specific solution or material being pumped), etc
Batch Chemistry
Peristaltic Pump Selection Guide
bar
No Low
Bio Chemistry
What is the viscosity of the solution?
(eg water â&#x2030;&#x2C6; 1.0 cP)
Medium (eg castor oil = 1,000 cP) High
Are there particulates/solids in the solution?
(eg honey = 10,000 cP)
Yes
%
Approx size of particulates
mm
No
ie multiple &/or repetitive pumping of same volume or time with pauses, programed for filling bottles of containers of specified volume, etc
Yes
Yes
Sample Prep
Do you need dispense program capability?
Based on Volume Dispense: What volume
mL
What accuracy
mL
Based on Time Dispense
No
ie a computer operates the pump drive
Do you require washdown/clean room? ie IP 66
Calibration requirements?
Do you need fittings?
Yes No Yes No Do you have a balance
Yes
No
Do you have a measuring cylinder(s)
Yes
No
Yes Yes
Characterisation
Do you need spare tubing?
Chromatography
Do you require computer compatibility?
No (specify)
No < 2 Weeks
2 to 4 Weeks
1 to 3 Months
What is your budget?
<$3K
$3K to $6K
>$6K
(this helps to determine the most suitable instrument)
>3 Months
Is there anything else we need to know to assist you?
Lab Essentials
How soon do you need your pump?
Selection Guides
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Organisation:
Phone:
Email:
Temperature Control Selection Guide To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Do you require heating, cooling or both?
Heating Only:
Ambient to +50°C
+50°C to +100°C
>100°C
Cooling Only:
>-40°C
-40°C to -20°C
-20°C to Ambient
Heating & Cooling: (please complete the above) What are you controlling?
Internal Bath:
<5 L
5 to 10 L
10 to 20 L
>20 L
External Application: Reactor: Volume (specify)
(L)
Is it an exothermic reaction (generates heat):
Yes
No
Do you want to change the temperature? Yes - if so, how fast (hours):
½ - 1
- Temperature change:
1 - 2 o
2 - 12
C
No Other (eg Rotary Evaporator, Mass Spec, etc) (specify)
Do require external control?
Yes:
PC
External Network
Analog
Other
No
Is this a critical application?
Yes:
High value product Scarce/Rare product Expensive/Sensitive controlling equipment Other (specify)
No
How are you controlling temperature now & how effective is it - what can we improve?
Tell us about your operating environment?
Noise considerations (specify) Heat output considerations (specify) Other (specify)
Is the instrument going into an existing or new facility?
Existing
(brief details)
New (brief details)
What are your power requirements? How soon do you need your instrument? What is your budget?
3 Phase <1 month
>15 amp
1 to 3 months
Other >3 Months
<$5K $5K-$10K $10K-$20K $20K-$50K >$50K
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
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10 amp
64
>12
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
Batch Chemistry
Flow Chemistry Selection Guide - Modular Systems To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe chemistry to be performed
Please provide a schematic of your intended layout
Provided
To be provided
Do you require heating/cooling?
Cooling:
Yes
No
Heating:
Yes
What is the temperature range?
Minimum:
-15°C
Ambient
Maximum:
+150°C +250°C
Will gases be added?
No Other No
Yes (specify) 1 2 3 4
Other (specify)
What solvents will be used? Is a catalyst or solid reagent present?
Yes (clarify & quantity) Current
What is your budget?
<$25K
(minutes/hours) $25K-$50K
$50K-$100K
Proposed $100K-$200K
(minutes) >$200K
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
Sample Prep
Reaction times?
No
Bio Chemistry
How many liquid streams are required?
Flow Chemistry
(mg or grams)
What scale of production is to be performed?
Chromatography
NOTE: In configuring your Flow Chemistry - Modular Systems, please refer to the following page (permitting you to select your particular modular requirements)
Characterisation Lab Essentials Selection Guides
... continue on next page Version 1016
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Flow Chemistry Selection Guide - Modular Systems (continued) (please discuss your needs with John Morris Group before completing)
Pressurised Input Store
Yes (number of solvents)
No
Syringe Pump (2 Channel)
Yes (volumes)
No
Reagent Injector
Yes (quantity)
No
Chip Climate Controller (-15°C to +150°C)
Yes (temp range)
No
Microreactor: 62.5 µL (quantity)
Heater
250 µL (quantity)
Yes (temp range)
1000 µL (quantity)
None
No
Solid Phase Reactors: Max Temp:
+80°C
+150°C
Internal Diameter: 3.0 mm
Yes (quantity)
No
6.6 mm
Yes (quantity)
No
10 mm
Yes (quantity)
No
15 mm
Yes (quantity)
No
Tube Reactors:
4 mL:
SS (250°C/0 to 30 bar)
PTFE (125°C/0 to 10 bar)
None
16 mL:
SS (250°C/0 to 30 bar)
PTFE (125°C/0 to 10 bar)
None
Pressure Controller
Yes (pressure range)
No
Product Collector
Yes (quantity of samples)
No
Automated Collector
Yes (quantity of samples)
No
Cryo Controller
Yes
No
Tube Reactor (down to -70oC): 4 mL:
Yes (quantity)
No
16 mL:
Yes (quantity)
No
Microreactor (down to -100oC): 62.5 µL:
Yes (quantity)
No
250 µL:
Yes (quantity)
No
FLLEX (Flow Liquid/Liquid Extraction)
Yes
No
Sampler & Dilutor
Yes
No
Automator (required for PC Control)
Yes
No
PC Software
Yes
No
Flux (Electrochemistry)
Yes
No
Tube Controller
Yes
No
How soon do you need your instrument?
<1 month
1 to 3 months
Any additional comments?
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>3 Months
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe chemistry to be performed
Yes (specify)
No (L/kg)
What scale of production is to be performed? Metal of construction to be used? (refer info on page 5)
T316 SS
Monel 400
Titanium
Other (specify)
Attached
To Be Provided
Do you require heating/cooling?
Cooling:
Yes
What is the temperature range?
Minimum:
째C
What is the maximum pressure required?
(hour/day/week)
per (specify)
Hastelloy C-276
Inconel 600
Heating:
No
Yes
Bio Chemistry
Please provide a schematic of your intended layout
Flow Chemistry
Will corrosives be present?
No
Maximum:
+250째C
Length:
15 cm
30 cm
60 cm
90 cm
Not Sure
Internal Diameter:
7 mm
9 mm
25 mm
38 mm
Not Sure
Volume:
16 mL
+350째C
+500째C
Other (specify)
290 psi (20 bar)
Sample Prep
1,500 psi (100 bar) 3,000 psi (207 bar) 5,000 psi (345 bar) Other
Preferred dimensions?
(specify)
64 mL
250 mL
1L
Other (specify)
Nitrogen (N2)
Oxygen (O2)
Carbon Monoxide (CO)
Carbon Dioxide (CO2)
Hydrogen (H2)
Other (specify)
1 2 3 4
Is a catalyst or solid reagent present?
Yes (details)
Flow direction of liquid & gases?
Concurrent (same direction)
No
Counter Current (different directions)
What flow rate is required?
What control options do you prefer? How soon do you need your instrument? What is your budget?
(L/minute)
Yes
Method: <1 month <$50K
No Manual
1 to 3 months $50K-$100K
Location of Controller:
Automatic
Local
Remote
>3 Months
$100K-$200K
$200K-$300K
Lab Essentials
Is pre-heating of reagents required prior to mix?
Characterisation
How many liquid streams are required?
Chromatography
Which gases are to be added?
Batch Chemistry
Flow Chemistry Selection Guide - Scale-Up & Production
>$300K
(this helps to determine the most suitable instrument)
Selection Guides
Is there anything else we need to know to assist you?
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Organisation:
Phone:
Email:
Sieve Shakers + Milling/Cutting Selection Guide To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
SIEVE SHAKERS Please describe the application to be performed
What type of sample(s) are you sieving?
How much sample do you want to sieve?
<2 kg
2 to 15 kg
What is the maximum sample particle size?
(mm)
What is the minimum particle size?
(mm)
How many sieves/stacks do you require?
1 to 4
What diameter sieves do you require?
Standard (200 mm)
Do you require wet sieving (required for sieving particles <45 µm)?
Yes
What is your budget?
<$5K
5 to 8
9 to 12 US Size (8”)
Micro Sieves (100 mm)
No
$5K to <$10K
$10K to <$15K
$15K to $20K
100 to 225 mL
225 to 900 mL
>$20K
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
MILLING & CUTTING Please describe the application to be performed as well as final analysis method
What type of material are you milling?
What quantity of sample do you want to mill/grind?
5 to 10 mL
10 to 100 mL (mm)
What is the initial particle size? What is the desired final particle size?
0.1 to 100 µm
Do you require wet milling?
Yes
No
Are samples prone to contamination by metals?
Yes
No
Do you require grinding in an inert gas/ embrittlement?
Yes
No
What is your budget?
<$30K
(required to achieve final particle size <30 µm)
100 to 500 µm
Unsure
$30K to $40K
(this helps to determine the most suitable instrument)
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>$40K
0.5 to 2 mm
2 to 15 mm
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe your sample
What method are you using currently?
Microwave
Hot Plate
Soxhlet
Other (specify)
What is the sample mass? What acids or solvents are being used & volume?
Flow Chemistry
CURRENT SAMPLE PREPARATION METHOD
Batch Chemistry
Digestion & Extraction Selection Guide
Acids (specify)
Bio Chemistry
Volume (specify)
(mL)
Solvents (specify) Volume (specify)
(mL)
What is the final dilution/concentration? What is the current total method time?
Sample Prep
What is the analyte(s) & concentration range?
Analytes (specify) Concentration (specify)
What is your sample throughput?
(samples/day) or
(samples/week)
Desired
(samples/day) or
(samples/week)
Any additional information we need to know about your current sample prep method?
Characterisation
CURRENT METHOD OF ANALYSIS What instrument do you use for analysis? (eg ICP-MS, GC-MS)
What volume of sample do you require for analysis?
(this helps to determine the most suitable instrument)
<1 month
$25K to <$50K
1 to 3 months
>$50K
>3 Months
Is there anything else we need to know to assist you?
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Selection Guides
How soon do you need your instrument?
<$25K
Lab Essentials
Any additional information we need to know re your current method of analysis &/or challenges?
What is your budget?
Chromatography
Current
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
Rotational Vacuum Concentration Selection Guide To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe the application to be performed
Which solvents are present?
Specify
Is there any hydrochloric acid (HCI) present in the sample?
Yes
No
What size tubes are you using? How many tubes per batch? Do you have time/throughput requirements per batch? Do you want infrared heating to reduce your drying time up to 40%?
Yes
minutes
No Yes No Yes
Do you need to log/document your results automatically?
No
Do you need to fulfil any regulatory requirements?
Yes:
GLP
GAMP
TGA
FDA
No
Would you be interested in additional servicing â&#x20AC;&#x2DC;piece-of-mindâ&#x20AC;&#x2122; benefits offered by John Morris Group?
How soon do you need your new RVC? What is your budget?
Installation & Training
Yes
No
Preventative Maintenance
Yes
No
Extended Warranty
Yes
No
<1 month <$10K
1 to 3 months $10K-$20K
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
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>3 Months
$20K-$40K
>$40K
Other
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details) Please describe the application to be performed
Flow Chemistry
Are there any solvents present?
Yes: (specify) No
Estimated water content per batch?
2 L
4L
8L
16 L
>16 L (specify)
Bio Chemistry
No
How much residual moisture is allowed to be present in the dried product?
Batch Chemistry
Freeze Drying Selection Guide
%
What product(s) are to be freeze dried?
Sample Prep
What size containers will the products be dried in? Quantity of containers to be dried in 1 batch? No
Are you interested in vacuum pressure control to reduce your drying time up to 40%?
Yes
No
Are you interested in heated shelves to reduce your drying time up to 40% & enable reproducible results?
Yes
No
Do you need to log/document your results automatically?
Yes
No
Do you need to fulfil any regulatory requirements?
Yes:
GLP
GAMP
TGA
FDA
Characterisation
Yes
Chromatography
Do you require sealing under vacuum/N2?
Other
No
Would you be interested in additional servicing â&#x20AC;&#x2DC;piece-of-mindâ&#x20AC;&#x2122; benefits offered by John Morris Group?
What is your budget? (this helps to determine the most suitable instrument)
Yes
No
Preventative Maintenance
Yes
No
Extended Warranty
Yes
No
<1 month <$15K
1 to 3 months $15K-$30K
>3 Months
$30K-$60K
$60K- $100K
>$100K
Selection Guides
Is there anything else we need to know to assist you?
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How soon do you need your new freeze dryer?
Installation & Training
71
New Zealand - Toll Free: 0800 651 700
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
Flash & Prep/Analytical HPLC Selection Guide To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
FLASH APPLICATIONS
Please describe chemistry to be performed
Type of chromatography?
Reverse Normal
What is the mass of sample to be purified?
(grams)
What flow rates do you require?
<50 mL/min
What pressures do you require?
Up to 300 bar
50 to 250 mL/min
250 to 500 mL/min
Up to 230 bar
Up to 110 bar
What is your fraction tube size?
>500 mL/min
(grams)
How many fractions would you like to collect? What is the maximum number of samples per run? What size cartridges do you use? Which type of detectors do you use?
MS
ELSD
DAD/PDA
UV-VIS
UV
PREPARATIVE APPLICATIONS
Please describe chemistry to be performed
What is the mass of the sample to be purified?
(grams)
What flow rates do you require?
<50 mL/min
What pressures do you require
Up to 300 bar
50 to 250 mL/min
250 to 500 mL/min
Up to 230 bar
Up to 110 bar
What is your fraction tube size?
>500 mL/min
(mL)
How many fractions would you like to collect? What is the maximum number of samples per run? What size of HPLC columns do you use? Are any dilutions required?
(mm) Yes (specify)
No
ANALYTICAL APPLICATIONS
Please describe chemistry to be performed
(mL)
What is your sample tube size?
(mL)
What is your fraction tube size? How many fractions would you like to collect? What is the maximum number of samples per run? What type of detectors do you use? Any dilutions required? What is your budget?
(this helps to determine the most suitable instrument)
MS
ELSD
UV-VIS
Yes (specify)
<$50K
UV No
$50K-$100K
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$100K-$200K
>$200K
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
Note:
Sample 1
Sample 2
Flow Chemistry
Testing a Single Sample Complete info for Sample 1 only Testing >1 Sample Complete info for both samples so we may assess the extremities of your requirement: • Sample 1 (being at the low viscosity range) • Sample 2 (being at the high/very high viscosity range)
Batch Chemistry
Viscometer Selection Guide
What type of material are you testing?
Bio Chemistry
What is the viscosity of your solution?
Medium (eg castor oil = 1,000 cP)
Medium (eg castor oil = 1,000 cP)
High (eg honey = 10,000 cP)
High (eg honey = 10,000 cP)
Very High (eg bitumen = >50,000 cP)
Very High (eg bitumen = >50,000 cP)
<5 mL
<5 mL
10-20 mL
10-20 mL
>400 mL
>400 mL
Yes (specify)
Yes (specify)
No
No
What is the purpose of your testing?
PC connectivity
What is your budget?
C
Quality Control
Quality Control
Research & Development
Research & Development
Software control
Software control
Network
Network
None
None
<1 month <$5K
1 to 3 months $5K-$10K
>3 Months
$10K-$20K
>$20K
Lab Essentials
How soon do you need your new viscometer?
o
C
Characterisation
o
What is the testing temperature?
Chromatography
Does the sample have suspended particles?
Low (eg water ≈ 1.0 cP)
Sample Prep
What is the sample size?
Low (eg water ≈ 1.0 cP)
(this helps to determine the most suitable instrument)
Selection Guides
Is there anything else we need to know to assist you?
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Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
Pipette Selection Guide To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
How many pipettes do you need?
Quantity
How many channels would you like?
Single
8 Channel
What volume ranges do you need?
Volume 1 (specify µL)
What is the liquid you will be pipetting?
Aqueous Based
12 Channel
Volume 2 (specify µL)
Volume 3 (specify µL)
(ie water)
Solvent (eg methanol) Viscous or Problem Liquids (ie thick &/or sticky) Other (specify)
What type of pipetting function are you after?
Variable Volume Repetitive/Stepper Fixed Volume
How often will you use the pipette?
Hourly
Daily
What type of pipetting operation would you like?
Manual
Electronic
How important are each of these features?
Would you like calibration services?
Weekly
Price:
High
Medium
Low
Comfort:
High
Medium
Low
Pipetting Force:
High
Medium
Low
Rugged/Sturdy:
High
Medium
Low
Yes
NATA
Standard
No
Would you like to trade-in some of your old pipettes (any brand/any condition)? Which pipette brand(s) & tips does your lab currently use?
Yes
Quantity
(specify)
No Brand(s) Tips
Would you be interested in fast manual pipetting of 96 & 384 well plates?
Yes (refer brief info below)
Fast Pipetting
How soon do you need new your pipette?
▀▀
Fill a 96-well plate <10 seconds Fill a 384-well plate <60 seconds
Precise Results
▀▀
Volumes from 0.5 μL to 220 μL
Easy to Use
▀▀
Works like a manual pipette
Compact
▀▀
Easily fits on bench
Affordable
▀▀
Costs a fraction of a pipetting robot
<2 Weeks
▀▀
2 to 4 Weeks
Is there anything else we need to know to assist you?
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1 to 3 Months
>3 Months
Date: DD / MM / YYYY Contact Name:
Organisation:
Phone:
Email:
To ensure we provide the right solution to meet your needs, please complete the following information, scan & email to us (refer back cover for details)
Note:
Sample 1
Sample 2
Flow Chemistry
Spinning a Single Sample Complete info for Sample 1 only Spinning >1 Sample Complete info for both samples if the centrifuge is to be used for more than 1 application so we may assess the extremities of your requirement
Batch Chemistry
Centrifuge Selection Guide
What type of sample are you spinning?
Tubes
Tubes (specify)
Volume (mL)
(specify)
Quantity
(specify)
Quantity
(specify)
Dimensions
(specify)
Dimensions
(specify)
Microtitre Plates (specify)
Volume (mL)
(specify)
Quantity
(specify)
Quantity
(specify)
Dimensions
(specify)
Dimensions
(specify)
Blood Bags
Blood Bags
Volume (mL)
(specify)
Volume (mL)
(specify)
Quantity
(specify)
Quantity
(specify)
Dimensions
(specify)
Dimensions
(specify)
Do you require temperature control?
(specify)
<4,000 rpm
4,000 to <15,000 rpm
4,000 to <15,000 rpm
15,000 to 30,000 rpm
15,000 to 30,000 rpm
>30,000 rpm
>30,000 rpm
Ambient
Ambient
Refrigerated (down to -20째C)
Refrigerated (down to -20째C)
Heated (up to +70째C)
Heated (up to +70째C)
Do you need caps for your buckets?
Yes
How soon do you need your new centrifuge?
<2 Weeks <$5K
Swing-Out
No
Yes 2 to 4 Weeks
$5K to $10K
Swing-Out
Fixed-Angle No
1 to 3 Months
$10K to $15K
>$15K
>3 Months
(this helps to determine the most suitable instrument)
Is there anything else we need to know to assist you?
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Selection Guides
Fixed-Angle
Lab Essentials
<4,000 rpm
What type of rotors do you require?
What is your budget?
(specify)
Characterisation
How often do you spin per day?
Chromatography
Volume (mL)
Sample Prep
Volume (mL)
Microtitre Plates
What speed do you require?
Bio Chemistry
What volume, quantity & dimensions do you want to spin per run?
Solutions
Sales
Service
Support
CELEBRATING
At John Morris Group we offer more than just the product - we provide the complete solution -
Australia Address 61-63 Victoria Avenue Chatswood NSW 2067 Australia Free Call 1800 251 799 Enquiries +61 (0) 2 9496 4200 Email info@johnmorris.com.au
New Zealand Address 78 Wellesley Street Auckland NZ 1010 Toll Free 0800 651 700 Enquiries +64 (0) 9 366 3999 Email info@johnmorris.co.nz
www.johnmorrisgroup.com
Whilst John Morris Group has taken every care to ensure the accuracy of information contained within this Guide, no responsibility for errors or omissions is accepted.
We offer more than 'just the box'