Laarmann

Edition

2.2014

GOOD VIBRATIONS

Information for the international industry about sampling, handling and preparation of solids

Sample Don´t Gamble Modular Batch Sampling Solution Engineered and tailor Sampling Modules designed for rapid and reproducible sampling processes

Page 6 & 7

New: Jaw Crusher JC1200 Easy to clean Easy to adjust

Jaw Crusher JC2501 The Crusher with no Mercy

Page 2 Good Vibrations

EDITORIAL

Laarmann Innovators in Solids

Superior Primary Jaw Crushers engineered for rapid reduction of large particles

Jaw Crusher JC1200 Facts and Features The new Jaw Crusher JC1200 (available now) with its unique features:

In early 2009 Laarmann opened their European regional office in Roermond, Netherlands. This office provides now customers in Eastern and Western Europe with comprehensive product supply and support. Much of this equipment is new to the European market so an applications laboratory has been set up. Customers can experience firsthand the enhanced performance and benefits that the Essa equipment range provides.

Guido van Laarhoven Managing Director

TECHNICAL DATA Jaw Inlet

130 x 100 mm

Maximum feed size

85% of Jaw Inlet

Adjusting range of Jaw outlet

2 to 25 mm

• stepless gap setting by handwheel

Product sizing at minimum adjustment

4 mm nominal

Throughput

250 kg per hour

• front door for easy cleaning of jaw Plates

Dust Extraction points

One (1)

Dust Extraction flow

150 itres per second

• Self feeding safety hopper

Electrical requirements (3 phase)

2,2 KW

Toggle speed

350 rpm

Approximate Mass

250 kgs

Holger Neumann Managing Director

Dear all, The minerals, mining and industrial markets in Europe now have ready access to the Essa brand of specialized laboratory and sampling equipment. Operating globally, Essa is a world leading specialist in the design and manufacture of mechanical sampling and sample preparation equipment. Committed to innovation they are continuously working with customers to deliver reliable and intelligent solutions.

Reliable equipment. Global teamwork.

Intelligent solutions.

JC1200: View Front door closed ready for Crushing

The new JC1200 available as well completely made from stainless steel for high purity applications.

Jaw plates and side liners are available in: Laarmann Group BV Jules Breukersstraat 9 6041 BP Roermond THE NETHERLANDS t: +31 475 470 217 f: +31 472 470 242 e: gla@laarmann.eu Laarmann Deutschland GmbH Obenitterstr. 21 42719 Solingen t: +49 212 2357793 f: +49 212 2338235 e: hne@laarmann.eu Laarmann France SARL 63 bis Avenue Edouard Vaillant 92100 Boulogne Billancourt FRANCE t: +33 964 298 241 f: +33 146 081 605 e: pgu@laarmann.eu Laarmann Benelux bvba Zandstraat 71 3582 Beringen-Koersel BELGIUM t: +32 11 75 70 05 f: +32 11 72 09 44 e: rco@laarmann.eu Laarmann CEE Braunhubergasse 26/1/30 1110 Vienna AUSTRIA t: +43 1 99 717 55 f: +43 1 99 717 55 - 9 e: info@laarmann.eu

• Stainless steel 316 L • Heavy Metal Free Steel • Tungsten Carbide • Biz Alloy Essa continues to be at the forefront in sample preparation product development.

The company pioneered large capacity pulverizing systems. Their commitment to continually improve sample preparation techniques is highlighted in the recent release of a next generation pulverizing mill, high-capacity fine jaw crusher and innovative robotic systems.

The demands of modern industry require high production rates, reduced lead times, and improved quality and lower costs.

Automation offers solutions to these continuously growing demands. Recognizing that automation and robotics are the future of sample handling and preparation, Essa has engineered processes to automate key items of its extensive range of mineral laboratory sample preparation equipment.

The success of these automation projects has been based on practical experience within the mining industry teamed with creative engineering to meet challenging customer requirements.

“The worldwide increasing requirements in the field of sample preparation, fits the global strategy of Essa” said Holger Neumann, Managing Director of Laarmann.

“We would like to be closer to our customers and to be able to respond faster and better to their needs and to optimize our service” he said. The recent establishment of an Laarmann subsidiary to service France and the French regions confirms this commitment to service — and the growing network of new Essa distributors across Europe will only enhance this level of personal and professional service.

JC1200: View Front door open ready for Easy Cleaning

• Hastealloy (High corrosive resistant)

Jaw Crusher JC2501 Lifting lug (one of two) Rebalanced flywheels minimise vibration

Simplified adjustment of product size

Full drive guarding painted yellow to meet safety standards

Large jaw inlet able to accept lump ore up to 85% of inlet size Redesigned clamping blocks on Pitman shaft

Jaw plates clamped from below Vertically serrated jaw plates are interchangeable and reversible Reinforced front plate and mounting system 5kg nominal capacity stainless steel product drawer

TECHNICAL DATA Jaw Inlet

130mm x 250mm

Maximum Feed Size

110mm i.e. 85% of jaw inlet

Usual Product Size

90% less than 2mm

Maximum Product Size

15mm

Throughput

180kg/hr at usual product size

Dust Extraction Points

Two: one at 100mm and one at 50mm O.D. connection spigot

Dust Extraction Flow

225L/sec

Electrical Requirements (3 phase)

7.5kW

Approximate Mass

880kg (920kg crated)

Heavy duty fabricated steel frame; overall mass of crusher is 880kg

Page 2 Good Vibrations

EDITORIAL

Laarmann Innovators in Solids

Superior Primary Jaw Crushers engineered for rapid reduction of large particles

Jaw Crusher JC1200 Facts and Features The new Jaw Crusher JC1200 (available now) with its unique features:

In early 2009 Laarmann opened their European regional office in Roermond, Netherlands. This office provides now customers in Eastern and Western Europe with comprehensive product supply and support. Much of this equipment is new to the European market so an applications laboratory has been set up. Customers can experience firsthand the enhanced performance and benefits that the Essa equipment range provides.

Guido van Laarhoven Managing Director

TECHNICAL DATA Jaw Inlet

130 x 100 mm

Maximum feed size

85% of Jaw Inlet

Adjusting range of Jaw outlet

2 to 25 mm

• stepless gap setting by handwheel

Product sizing at minimum adjustment

4 mm nominal

Throughput

250 kg per hour

• front door for easy cleaning of jaw Plates

Dust Extraction points

One (1)

Dust Extraction flow

150 itres per second

• Self feeding safety hopper

Electrical requirements (3 phase)

2,2 KW

Toggle speed

350 rpm

Approximate Mass

250 kgs

Holger Neumann Managing Director

Dear all, The minerals, mining and industrial markets in Europe now have ready access to the Essa brand of specialized laboratory and sampling equipment. Operating globally, Essa is a world leading specialist in the design and manufacture of mechanical sampling and sample preparation equipment. Committed to innovation they are continuously working with customers to deliver reliable and intelligent solutions.

Reliable equipment. Global teamwork.

Intelligent solutions.

JC1200: View Front door closed ready for Crushing

The new JC1200 available as well completely made from stainless steel for high purity applications.

Jaw plates and side liners are available in: Laarmann Group BV Jules Breukersstraat 9 6041 BP Roermond THE NETHERLANDS t: +31 475 470 217 f: +31 472 470 242 e: gla@laarmann.eu Laarmann Deutschland GmbH Obenitterstr. 21 42719 Solingen t: +49 212 2357793 f: +49 212 2338235 e: hne@laarmann.eu Laarmann France SARL 63 bis Avenue Edouard Vaillant 92100 Boulogne Billancourt FRANCE t: +33 964 298 241 f: +33 146 081 605 e: pgu@laarmann.eu Laarmann Benelux bvba Zandstraat 71 3582 Beringen-Koersel BELGIUM t: +32 11 75 70 05 f: +32 11 72 09 44 e: rco@laarmann.eu Laarmann CEE Braunhubergasse 26/1/30 1110 Vienna AUSTRIA t: +43 1 99 717 55 f: +43 1 99 717 55 - 9 e: info@laarmann.eu

• Stainless steel 316 L • Heavy Metal Free Steel • Tungsten Carbide • Biz Alloy Essa continues to be at the forefront in sample preparation product development.

The company pioneered large capacity pulverizing systems. Their commitment to continually improve sample preparation techniques is highlighted in the recent release of a next generation pulverizing mill, high-capacity fine jaw crusher and innovative robotic systems.

The demands of modern industry require high production rates, reduced lead times, and improved quality and lower costs.

Automation offers solutions to these continuously growing demands. Recognizing that automation and robotics are the future of sample handling and preparation, Essa has engineered processes to automate key items of its extensive range of mineral laboratory sample preparation equipment.

The success of these automation projects has been based on practical experience within the mining industry teamed with creative engineering to meet challenging customer requirements.

“The worldwide increasing requirements in the field of sample preparation, fits the global strategy of Essa” said Holger Neumann, Managing Director of Laarmann.

“We would like to be closer to our customers and to be able to respond faster and better to their needs and to optimize our service” he said. The recent establishment of an Laarmann subsidiary to service France and the French regions confirms this commitment to service — and the growing network of new Essa distributors across Europe will only enhance this level of personal and professional service.

JC1200: View Front door open ready for Easy Cleaning

• Hastealloy (High corrosive resistant)

Jaw Crusher JC2501 Lifting lug (one of two) Rebalanced flywheels minimise vibration

Simplified adjustment of product size

Full drive guarding painted yellow to meet safety standards

Large jaw inlet able to accept lump ore up to 85% of inlet size Redesigned clamping blocks on Pitman shaft

Jaw plates clamped from below Vertically serrated jaw plates are interchangeable and reversible Reinforced front plate and mounting system 5kg nominal capacity stainless steel product drawer

TECHNICAL DATA Jaw Inlet

130mm x 250mm

Maximum Feed Size

110mm i.e. 85% of jaw inlet

Usual Product Size

90% less than 2mm

Maximum Product Size

15mm

Throughput

180kg/hr at usual product size

Dust Extraction Points

Two: one at 100mm and one at 50mm O.D. connection spigot

Dust Extraction Flow

225L/sec

Electrical Requirements (3 phase)

7.5kW

Approximate Mass

880kg (920kg crated)

Heavy duty fabricated steel frame; overall mass of crusher is 880kg

Page 4

News Article | 17 June 2010

Good Vibrations

Getting it Right at the Outset — Sampling 2010

(Alessandro Elli Seneco Italy, Klaus Ebenauer Litech Austria, Holger Neumann Laarmann Deutschland, Guido van Laarhoven Laarmann Holland, Thomas Jäger Laarmann Deutschland)

Laarmann was successfully participating at the Solids exhibition in Rotterdam exhibitions center.

The Laarmann Group, exhibited examples of the latest machinery from the organisation’s extensive range of ancillary equipment at last year’s Solids show at Ahoy exhibition center in Rotterdam.

Laarmann displayed one new type of Heavy Duty Cutting Mill (picture CM1000) including slow speed and increased motor power, and with more improved features.

Several orders were secured during the exhibition including a large Jaw Crusher Type JC2000 (picture JC2000). Essa Ltd. products, integrated systems and after sales service are all available from Laarmann Group B.V., together with local support from a network of local agents and authorized distributors throughout Europe, and the Middle East regions.

Holger Neumann / Laarmann Deutschland Alessandro Elli / Seneco Italy enjoying the nice Parma Ham

CM1000

Hammer Mill HM450 High performance, Fine Product, Reliable Operation The Essa 450mm diameter heavy Duty Hammer Mill is designed to reduce hard and brittle sample materials with a feed size of 50mm down to minus 250 microns.

Facts and Features TECHNICAL DATA Milling chamber

450mm Milling chamber

Maximum feed size

50mm

Usual Product Sizing

80% minus 250 μm nominal

Maximum Product Size

35 mm nominal

Throughput

800 kg per hour

Dust Extraction points

Two (2)

Special feature

Compressed air blow down

Electrical requirements (3 phase)

7,5 KW direct drive

Speed

1440 rpm

Approximate Mass

520 kgs

The machine is supplied as standard complete with: 450mm diameter grinding chamber for high capacity grinding

JC2000

• 7,5 KW Direct drive motor • rotor with hammer tips • bottom sieve • Dust hood • Heavy Duty base frame

The joint AusIMM and CSIRO conference, Sampling 2010 was held in Perth May 11th and 12th.

It proved to be an ideal platform that brought together managers, geologists, engineers, metallurgists, grade controllers, samplers, chemists and consultants involved in all aspects of sampling mineral commodities, including resource estimation, quality control and export.

The conference provided a great opportunity for networking, meeting respected international sampling experts, sharing ideas and catching up on the latest developments.

The success of this conference was, in part, due to sponsorship from those involved in the sampling industry.

Essa was proud to be the Principal Sponsor of Sampling 2010.

Essa is committed to supporting the sampling fraternity through sponsorship of major sampling conferences.

Essa was the diamond sponsor of the 4th World Conference on Sampling and Blending (WCSB4) in Cape Town, South Africa last October.

It was also the principal sponsor of WCSB3 in Porto Alegre, Brazil and the major sponsor AusIMM's Sampling 2008 conference in Perth.

ESSA CONDUCTS THE OFFICIAL OPENING Darryl Stevens, Essa CEO: The Sampling 2010 conference once again concentrates on designing and implementing sampling systems and protocols which will achieve the desired result at the outset.

Most sampling systems are implemented with a genuine desire to achieve a sample which can be used in a quality control process.

However, having observed many interesting and inventive sampling systems around the world, it is obvious that sometimes the desire to achieve any sample far outweighs the regard to adherence to basic sampling rules.

As a consequence the sample produced offers little of the information the user expects and the end experience is disappointing.

From the collective experiences of many in the room I’m sure we could host a complete

conference discussing the art of getting it wrong.

So, here’s a great opportunity for us to focus on the positive processes and outcomes of sampling correctly.

Getting it right at the outset, the theme of this year’s conference, offers many enlightening papers which will provide users of sampling systems with the types of considerations which should be examined prior to embarking on process design.

This includes not only the protocols which are considered while adhering to the ISO standards but also the equipment which must perform reliably and accurately.

We hope many of you will leave the conference with the added knowledge to how to go about getting it right.

We trust you will find the conference and exhibition stimulating and informative.

Please take advantage of the networking opportunities and sample the depth of experience gathered here. We also hope you enjoy sampling some fine Australian wine and produce at tonight’s dinner In opening this Sampling 2010 Conference may I extend thanks to the • The organising committee and the diligent AusIMM support staff • The sponsors and exhibitors • The speakers • And your attendance Thank you and enjoy the presentations.

SAMPLING “DREAM TEAM” The conference concluded with a discussion forum where the delegates could “consult the experts” on difficult sampling problems.

The collective experience and expertise of the assembled mineral sampling experts on stage for this forum was world-class.

The panel included specialists from South Africa, France, the United Kingdom, USA, Denmark and Australia.

Topics covered during this lively session included: • How can we better educate key people involved in the exploration, mining, processing and shipping of minerals about theory of sampling principles and practices?

Sample don´t gamble

• A vigorous debate about the merits and pitfalls of blast hole sampling and the representativeness of the sample generated.

• Reinforcing the conference theme, Getting It Right at the Outset, was how to get senior mining and exploration management to recognise the value of good sampling practice and to invest in it at the very beginning of new projects.

• This sentiment was echoed for plant engineering executives and the need to accommodate correct and proven sampling equipment in the initial design and costing stages.

• Independent accreditation of sampling equipment.

• The desire to conduct industry field sampler trials to prove up mathematical modelling hypotheses.

THE CONFERENCE ORGANISING COMMITTEE Conference Chairman Dr Ralph Holmes, Theme Leader – Iron Ore, CSIRO Minerals Organising Committee • Jim Docherty, SGS • Simon Dominy, Snowden • Frank Pachioli, BHP Billiton • Antonia Riley, CSIRO • Geoff Robinson, CSIRO • Darryl Stevens, Essa Australia • Mike Stewart, Quantitative Group • Ben Ziegelaar, Bauxite Resources Back row: Richard (Dick) Minnitt: JCI Professor of Mineral Resources and Reserves, School of Mining Engineering, University of Witwatersrand, South Africa Kim Esbensen: Professor, ACABS Research Group, Aalborg University Esbjerg, Denmark Dr Ralph Holmes (Conference Chair): Theme Leader - Iron Ore, CSIRO Minerals, Australia

A Blow down air system to reduce cross contamination between samples is also supplied as standard.

A Pneumatic break system is available as an optional extra.

Darryl Stevens, Essa CEO, had the honour to conduct the official opening.

The team assembled for the “Consult the Experts” session.

Front Row: Dominique Francois-Bongarcon: FAusIMM, President, AGORATEK International, USA Simon Dominy: FAusIMM (CP), Executive Consultant and General Manager (UK), Snowden Mining Industry Consultants Limited, England Francis Pitard: Francis Pitard Sampling Consultants, USA

Page 4

News Article | 17 June 2010

Good Vibrations

Getting it Right at the Outset — Sampling 2010

(Alessandro Elli Seneco Italy, Klaus Ebenauer Litech Austria, Holger Neumann Laarmann Deutschland, Guido van Laarhoven Laarmann Holland, Thomas Jäger Laarmann Deutschland)

Laarmann was successfully participating at the Solids exhibition in Rotterdam exhibitions center.

The Laarmann Group, exhibited examples of the latest machinery from the organisation’s extensive range of ancillary equipment at last year’s Solids show at Ahoy exhibition center in Rotterdam.

Laarmann displayed one new type of Heavy Duty Cutting Mill (picture CM1000) including slow speed and increased motor power, and with more improved features.

Several orders were secured during the exhibition including a large Jaw Crusher Type JC2000 (picture JC2000). Essa Ltd. products, integrated systems and after sales service are all available from Laarmann Group B.V., together with local support from a network of local agents and authorized distributors throughout Europe, and the Middle East regions.

Holger Neumann / Laarmann Deutschland Alessandro Elli / Seneco Italy enjoying the nice Parma Ham

CM1000

Hammer Mill HM450 High performance, Fine Product, Reliable Operation The Essa 450mm diameter heavy Duty Hammer Mill is designed to reduce hard and brittle sample materials with a feed size of 50mm down to minus 250 microns.

Facts and Features TECHNICAL DATA Milling chamber

450mm Milling chamber

Maximum feed size

50mm

Usual Product Sizing

80% minus 250 μm nominal

Maximum Product Size

35 mm nominal

Throughput

800 kg per hour

Dust Extraction points

Two (2)

Special feature

Compressed air blow down

Electrical requirements (3 phase)

7,5 KW direct drive

Speed

1440 rpm

Approximate Mass

520 kgs

The machine is supplied as standard complete with: 450mm diameter grinding chamber for high capacity grinding

JC2000

• 7,5 KW Direct drive motor • rotor with hammer tips • bottom sieve • Dust hood • Heavy Duty base frame

The joint AusIMM and CSIRO conference, Sampling 2010 was held in Perth May 11th and 12th.

It proved to be an ideal platform that brought together managers, geologists, engineers, metallurgists, grade controllers, samplers, chemists and consultants involved in all aspects of sampling mineral commodities, including resource estimation, quality control and export.

The conference provided a great opportunity for networking, meeting respected international sampling experts, sharing ideas and catching up on the latest developments.

The success of this conference was, in part, due to sponsorship from those involved in the sampling industry.

Essa was proud to be the Principal Sponsor of Sampling 2010.

Essa is committed to supporting the sampling fraternity through sponsorship of major sampling conferences.

Essa was the diamond sponsor of the 4th World Conference on Sampling and Blending (WCSB4) in Cape Town, South Africa last October.

It was also the principal sponsor of WCSB3 in Porto Alegre, Brazil and the major sponsor AusIMM's Sampling 2008 conference in Perth.

ESSA CONDUCTS THE OFFICIAL OPENING Darryl Stevens, Essa CEO: The Sampling 2010 conference once again concentrates on designing and implementing sampling systems and protocols which will achieve the desired result at the outset.

Most sampling systems are implemented with a genuine desire to achieve a sample which can be used in a quality control process.

However, having observed many interesting and inventive sampling systems around the world, it is obvious that sometimes the desire to achieve any sample far outweighs the regard to adherence to basic sampling rules.

As a consequence the sample produced offers little of the information the user expects and the end experience is disappointing.

From the collective experiences of many in the room I’m sure we could host a complete

conference discussing the art of getting it wrong.

So, here’s a great opportunity for us to focus on the positive processes and outcomes of sampling correctly.

Getting it right at the outset, the theme of this year’s conference, offers many enlightening papers which will provide users of sampling systems with the types of considerations which should be examined prior to embarking on process design.

This includes not only the protocols which are considered while adhering to the ISO standards but also the equipment which must perform reliably and accurately.

We hope many of you will leave the conference with the added knowledge to how to go about getting it right.

We trust you will find the conference and exhibition stimulating and informative.

Please take advantage of the networking opportunities and sample the depth of experience gathered here. We also hope you enjoy sampling some fine Australian wine and produce at tonight’s dinner In opening this Sampling 2010 Conference may I extend thanks to the • The organising committee and the diligent AusIMM support staff • The sponsors and exhibitors • The speakers • And your attendance Thank you and enjoy the presentations.

SAMPLING “DREAM TEAM” The conference concluded with a discussion forum where the delegates could “consult the experts” on difficult sampling problems.

The collective experience and expertise of the assembled mineral sampling experts on stage for this forum was world-class.

The panel included specialists from South Africa, France, the United Kingdom, USA, Denmark and Australia.

Topics covered during this lively session included: • How can we better educate key people involved in the exploration, mining, processing and shipping of minerals about theory of sampling principles and practices?

Sample don´t gamble

• A vigorous debate about the merits and pitfalls of blast hole sampling and the representativeness of the sample generated.

• Reinforcing the conference theme, Getting It Right at the Outset, was how to get senior mining and exploration management to recognise the value of good sampling practice and to invest in it at the very beginning of new projects.

• This sentiment was echoed for plant engineering executives and the need to accommodate correct and proven sampling equipment in the initial design and costing stages.

• Independent accreditation of sampling equipment.

• The desire to conduct industry field sampler trials to prove up mathematical modelling hypotheses.

THE CONFERENCE ORGANISING COMMITTEE Conference Chairman Dr Ralph Holmes, Theme Leader – Iron Ore, CSIRO Minerals Organising Committee • Jim Docherty, SGS • Simon Dominy, Snowden • Frank Pachioli, BHP Billiton • Antonia Riley, CSIRO • Geoff Robinson, CSIRO • Darryl Stevens, Essa Australia • Mike Stewart, Quantitative Group • Ben Ziegelaar, Bauxite Resources Back row: Richard (Dick) Minnitt: JCI Professor of Mineral Resources and Reserves, School of Mining Engineering, University of Witwatersrand, South Africa Kim Esbensen: Professor, ACABS Research Group, Aalborg University Esbjerg, Denmark Dr Ralph Holmes (Conference Chair): Theme Leader - Iron Ore, CSIRO Minerals, Australia

A Blow down air system to reduce cross contamination between samples is also supplied as standard.

A Pneumatic break system is available as an optional extra.

Darryl Stevens, Essa CEO, had the honour to conduct the official opening.

The team assembled for the “Consult the Experts” session.

Front Row: Dominique Francois-Bongarcon: FAusIMM, President, AGORATEK International, USA Simon Dominy: FAusIMM (CP), Executive Consultant and General Manager (UK), Snowden Mining Industry Consultants Limited, England Francis Pitard: Francis Pitard Sampling Consultants, USA

Page 6

Module No.2: 8x200 Litres Divider Module transportable

Good Vibrations

Modular Batch Sampling Solution — MBSS

Page 7

CONTAINER sampling PROBLEM: Even at pharmaceutical companies, a container sample is essential; it the batch ready proceed to the next step?

Opening the manhole from the container is a difficult activity; the operator can fall down. When opening the manhole cover, the operator’s face is only 500-600mm separated from the content of the container. In the pharmaceutical industry this is not a preferable situation.

Engineered and tailor Sampling Modules designed for rapid and reproducible sampling processes In any industry there is a difficulty in taking a representative sample. Last decennia there has been lots of investments done in sample preparation equipment for laboratories, where sampling equipment should had more attention. Anyone understands when the sample has been taken in the wrong way,

what’s the use of expensive sample preparation equipment?

Most of the quality managers know about the complexity of representative sampling, but have no or limited access to this information, or even better a technical pragmatic solution.

The LAARMANN GROUP is an expert in

practical solutions to eliminate all human errors and deviations in wrong samplers.

From this moment, the quality manager can choose from several solutions in sampling equipment which have been installed in many industries.

Case description: BIG BAG sampling PROBLEM Big bag sampling: Sampling a big bag is difficult. Especially when the big bag has travelled some distance, there will be definitely segregation in the content. Therefore it’s not correct to open the top of the big bag

taking a spoon of material; the experience will tell that the bigger particles will be on top and the smaller particles will be at the bottom of the big bag. Doing a quality check is for a laboratory a difficult task.

CONTAINER sampling PROBLEM:

Big bag sampling Module

Module No.1: Big Bag sampling Module sampling a complete big bag To get away from hanging 1 ton of material in a crane, using a knife to open the big bag, it’s preferable to have a more controllable method.

Besides the work, hanging a big bag in a crane is also a dangerous situation; ripping the ropes is a potential risk.

LAARMANN SOLUTION: Drawing/pictures Eramet.

Even at pharmaceutical companies, a container sample is essential; it the batch ready proceed to the next step? Opening the manhole from the container is a difficult activity; the operator can fall down.

When opening the manhole cover, the operator’s face is only 500-600mm separated from the content of the container. In the pharmaceutical industry this is not a preferable situation.

Overview about MBSS Sampling Modules for all tasks LAARMANN SOLUTION: Drawing container to container with RSDR Sack sampling PROBLEM: The most difficult sampling problem is a pallet of 20kg bags; when a product is purchased from some supplier, the chance of impurity will be highest at the bottom, right on the pallet; these bags come out after a batch change and might be contaminated with the bag coming out from the batch before. Most companies sample the bag

which is on top of the purchased amount; probably with the correct characteristics. After using the complete amount in a reactor, it might come out that the contaminated bag at the bottom is disastrous for the end product costing a lot of effort and money.

Page 6

Module No.2: 8x200 Litres Divider Module transportable

Good Vibrations

Modular Batch Sampling Solution — MBSS

Page 7

CONTAINER sampling PROBLEM: Even at pharmaceutical companies, a container sample is essential; it the batch ready proceed to the next step?

Opening the manhole from the container is a difficult activity; the operator can fall down. When opening the manhole cover, the operator’s face is only 500-600mm separated from the content of the container. In the pharmaceutical industry this is not a preferable situation.

Engineered and tailor Sampling Modules designed for rapid and reproducible sampling processes In any industry there is a difficulty in taking a representative sample. Last decennia there has been lots of investments done in sample preparation equipment for laboratories, where sampling equipment should had more attention. Anyone understands when the sample has been taken in the wrong way,

what’s the use of expensive sample preparation equipment?

Most of the quality managers know about the complexity of representative sampling, but have no or limited access to this information, or even better a technical pragmatic solution.

The LAARMANN GROUP is an expert in

practical solutions to eliminate all human errors and deviations in wrong samplers.

From this moment, the quality manager can choose from several solutions in sampling equipment which have been installed in many industries.

Case description: BIG BAG sampling PROBLEM Big bag sampling: Sampling a big bag is difficult. Especially when the big bag has travelled some distance, there will be definitely segregation in the content. Therefore it’s not correct to open the top of the big bag

taking a spoon of material; the experience will tell that the bigger particles will be on top and the smaller particles will be at the bottom of the big bag. Doing a quality check is for a laboratory a difficult task.

CONTAINER sampling PROBLEM:

Big bag sampling Module

Module No.1: Big Bag sampling Module sampling a complete big bag To get away from hanging 1 ton of material in a crane, using a knife to open the big bag, it’s preferable to have a more controllable method.

Besides the work, hanging a big bag in a crane is also a dangerous situation; ripping the ropes is a potential risk.

LAARMANN SOLUTION: Drawing/pictures Eramet.

Even at pharmaceutical companies, a container sample is essential; it the batch ready proceed to the next step? Opening the manhole from the container is a difficult activity; the operator can fall down.

When opening the manhole cover, the operator’s face is only 500-600mm separated from the content of the container. In the pharmaceutical industry this is not a preferable situation.

Overview about MBSS Sampling Modules for all tasks LAARMANN SOLUTION: Drawing container to container with RSDR Sack sampling PROBLEM: The most difficult sampling problem is a pallet of 20kg bags; when a product is purchased from some supplier, the chance of impurity will be highest at the bottom, right on the pallet; these bags come out after a batch change and might be contaminated with the bag coming out from the batch before. Most companies sample the bag

which is on top of the purchased amount; probably with the correct characteristics. After using the complete amount in a reactor, it might come out that the contaminated bag at the bottom is disastrous for the end product costing a lot of effort and money.

Page 8 Good Vibrations

Page 9

Thyssen

Essa do Brasil Ltda has just been awarded a significant contract to design, supply and install two automated bulk material sampling systems at ThyssenKrupp's massive new integrated steel slab plant located at Baia Sepetiba, in the state of Rio de Janeiro. The contract value is approximately 1.5 million Brasilian Reals.

When operating in 2010, it is planned that five million tonnes of steel per annum will be produced at this plant. It is the first large steel mill built in the country since the mid-1980s and the largest industrial investment the Latin American country has seen for a decade.

Building this new plant ThyssenKrupp describes as being a "once-in-a-century event".

At full operating capacity, this plant will employ some 3,500 people and the total investment in the plant to date is approaching 4 billion Euros. Sixty percent of the plant’s output will be exported to North America and forty percent processed at ThyssenKrupp's plants in Germany, where they are investing 400 million Euros to expand their valueadding processing and coating lines.

The mill, situated on a nine square kilometre site on Sepetiba Bay, will include two blast furnaces, a meltshop with two converters and two continuous casters, all meeting the latest Brazilian and European environmental standards.

The mill is to be built together with the Brazilian iron ore producer Vale.

Essa do Brasil has been working closely with ThyssenKrupp Fordertechnik staff in Belo Horizonte to retrofit falling stream sampling systems to recently completed materials handling systems which were originally designed to accommodate cross belt samplers. Both ThyssenKrupp and their raw material supplier, however, acknowledge the benefits of a correctly designed falling stream sampling system over cross belt samplers.

Hence the opportunity arose for Essa to become involved in the project.

In order to meet the technical demands of the project and tight time frame to deliver the systems, Essa do Brasil has relied heavily on the exceptional design expertise of Essa Australia in delivering these types of automated sampling systems to clients over the last 25 years.

Good Vibrations

Page 8 Good Vibrations

Page 9

Thyssen

Essa do Brasil Ltda has just been awarded a significant contract to design, supply and install two automated bulk material sampling systems at ThyssenKrupp's massive new integrated steel slab plant located at Baia Sepetiba, in the state of Rio de Janeiro. The contract value is approximately 1.5 million Brasilian Reals.

When operating in 2010, it is planned that five million tonnes of steel per annum will be produced at this plant. It is the first large steel mill built in the country since the mid-1980s and the largest industrial investment the Latin American country has seen for a decade.

Building this new plant ThyssenKrupp describes as being a "once-in-a-century event".

At full operating capacity, this plant will employ some 3,500 people and the total investment in the plant to date is approaching 4 billion Euros. Sixty percent of the plant’s output will be exported to North America and forty percent processed at ThyssenKrupp's plants in Germany, where they are investing 400 million Euros to expand their valueadding processing and coating lines.

The mill, situated on a nine square kilometre site on Sepetiba Bay, will include two blast furnaces, a meltshop with two converters and two continuous casters, all meeting the latest Brazilian and European environmental standards.

The mill is to be built together with the Brazilian iron ore producer Vale.

Essa do Brasil has been working closely with ThyssenKrupp Fordertechnik staff in Belo Horizonte to retrofit falling stream sampling systems to recently completed materials handling systems which were originally designed to accommodate cross belt samplers. Both ThyssenKrupp and their raw material supplier, however, acknowledge the benefits of a correctly designed falling stream sampling system over cross belt samplers.

Hence the opportunity arose for Essa to become involved in the project.

In order to meet the technical demands of the project and tight time frame to deliver the systems, Essa do Brasil has relied heavily on the exceptional design expertise of Essa Australia in delivering these types of automated sampling systems to clients over the last 25 years.

Good Vibrations

LAARMANN

Page 10 Good Vibrations

ENGINEERING The Laarmann Sampler Type LMS1 (Picture 1) is designed for the representative sampling of dry horse milk powder coming from a spray dryer (See picturet 2/ conceptional design drawing.

The Laarmann Sampler Type LMS1 (Picture 1) is designed for the representative sampling of dry horse milk powder coming from a spray dryer (See picturet 2/ conceptional design drawing.

Problematic is to know what’s the quality of smaller amount like filled 25kg bags with high end quality products, like pharmaceutical products. Having a representative sample form a day production of in total 75 kg is a difficult task. In this case a cyclone is sucking a lot of impurities in the end product. This is solved by supplying a close system.

Optionally the customer can move the sampling system between the rotary valve and the 20kg bag filling unit. If the customer doesn’t need to sample the product, the rotary valve is simply filling the back filling unit.

LMS 1: Air Bag in stand by position

LMS 1: Air Bag ready to hold a filling bag

Good Vibrations

Laarmann Sampler Type LMS1

Laarmann Sampler Type LMS1

Final product

Page 11

In order to know the percentage of pure copper out of concentrated copper, the stream needs to be sampled. In our case, the customer gets a few tons of gold together with the ground material; therefore sampling is essential to know which amount of gold is supplied together with the concentrated copper.

To get the product in an oven, there is used a large bucket elevator. At random, some buckets are turned over and the sample is collected in a stainless steel tube containing 6 kg of concentrated copper and gold particles, while the top squeeze vale is opened. Now the top valve is closed and a few seconds later the below squeeze valve is opened.

Final product

The product is released in a vibratory feeder in order to get a smooth homogeneous flow to the Laarmann Sampler. The operator can select different sampling times in order to get different amounts of the sample which are collected in 1000ml or 500ml sample bottles. These samples are transported to the lab for further analyses.

Conceptional Design Conceptional Design

LMS 1: Sample Tube to Vibratory Feeder

Reddler 1: Felxible connection to Vibratory Feeder

LAARMANN

Page 10 Good Vibrations

ENGINEERING The Laarmann Sampler Type LMS1 (Picture 1) is designed for the representative sampling of dry horse milk powder coming from a spray dryer (See picturet 2/ conceptional design drawing.

The Laarmann Sampler Type LMS1 (Picture 1) is designed for the representative sampling of dry horse milk powder coming from a spray dryer (See picturet 2/ conceptional design drawing.

Problematic is to know what’s the quality of smaller amount like filled 25kg bags with high end quality products, like pharmaceutical products. Having a representative sample form a day production of in total 75 kg is a difficult task. In this case a cyclone is sucking a lot of impurities in the end product. This is solved by supplying a close system.

Optionally the customer can move the sampling system between the rotary valve and the 20kg bag filling unit. If the customer doesn’t need to sample the product, the rotary valve is simply filling the back filling unit.

LMS 1: Air Bag in stand by position

LMS 1: Air Bag ready to hold a filling bag

Good Vibrations

Laarmann Sampler Type LMS1

Laarmann Sampler Type LMS1

Final product

Page 11

In order to know the percentage of pure copper out of concentrated copper, the stream needs to be sampled. In our case, the customer gets a few tons of gold together with the ground material; therefore sampling is essential to know which amount of gold is supplied together with the concentrated copper.

To get the product in an oven, there is used a large bucket elevator. At random, some buckets are turned over and the sample is collected in a stainless steel tube containing 6 kg of concentrated copper and gold particles, while the top squeeze vale is opened. Now the top valve is closed and a few seconds later the below squeeze valve is opened.

Final product

The product is released in a vibratory feeder in order to get a smooth homogeneous flow to the Laarmann Sampler. The operator can select different sampling times in order to get different amounts of the sample which are collected in 1000ml or 500ml sample bottles. These samples are transported to the lab for further analyses.

Conceptional Design Conceptional Design

LMS 1: Sample Tube to Vibratory Feeder

Reddler 1: Felxible connection to Vibratory Feeder

Page 12

Page 13

Good Vibrations

Lab Wizz 320 Micro Ball Mill

Good Vibrations

Micro Ball Mill Lab Wizz 320 / one for all Applications ADVANTAGES OF THE LAB WIZZ

THIS MAINLY INCLUDE:

Due to the unique combination of a wide range of grinding jars of various materials the LAB WIZZ is capable to practically meet all demands of today’s laboratory needs.

Grinding (wet and dry) / cell disruption / mixing XRF Prep / turbulent blending (Static Mixer) and cold grinding.

Due to the combination of high energy vibration and the punch of the grinding balls the LAB WIZZ cannot only grind hard and brittle materials but as well all medium soft, soft materials and elastic materials.

LAB WIZZ APPLICATION AREAS

Superior Mill engineered for rapid sample preparation procedures such as Dry Grinding / Wet Grinding / Ultra Fine Grinding / Cryogenic Grinding Turbulent Blending / Laminar Blending / Liquid-Liquid Dispersion / Gas- Liquid Dispersion

Grinding jars of various materials up to 160 ml

Mechanical Alloying

Micro vial adapter plate for micro vials

Holder for mixing of dry substances (XRF Prep)

160 ml jar with helical static mixer for turbulent blending

4 liters Ice bath with cover for cryo applications

Cell disruption for DNA / RNA extraction GRINDING AND MIXING EXAMPLES BEFORE / AFTER

The Lab Wizz can handle simultaneously two or more samples from 0.2 ml up to 160 ml GRINDING, BLENDING, CELL DISRUPTION OF SAMPLES The Essa LAB WIZZ is designed for “1001 laboratory applications”.

Typical Processing times are between 15 and 45 seconds. The LAB WIZZ can prepare 2 or more samples from 0,2ml of up to 160 ml.

It is designed as well for high-samplethroughput.

Linoleum: 50ml steel jar / 20 mm steel ball 200 micron after 60 seconds

Leaves: Micro vial adapter plate / Micro vials / 3mm tungsten carbide bead per vial. Completely homogenized

FEATURES AND BENEFITS Lab Wizz with closed “EASY SLIDE COVER”

Lab Wizz with open “EASY SLIDE COVER”

Selection Guide Jar Filling Recommended Ball Fillings for grinding jars and for static mixer

Universal and highly efficient grinding, blending and disruption; Large range of grinding jars and accessories; Large range of grinding balls and accessories; Extremely short processing times; Designed for high sample throughput; Reproducible results by digital pre-setting of all working parameters

Recommended ball filling Grinding jar volume

Feed size

2 mm

3 mm

2.00 ml

1 mm

3-4 pcs.

2-3 pcs.

HIGH OPERATOR CONVENIENCE AND MAXIMUM SAFETY

25.00 ml

6 mm

50.00 ml

8 mm

Maximum Grinding performance and maximum safety is important for ESSA Mills.

Due to an integrated motor break the machine can only be started when the “Easy Slide Cover” is closed. The unique “Easy Clamp system” allows the simple and safe clamping of all grinding jars up to 160ml.

60.00 ml

9 mm

to be calculated in ml

12 mm

15 mm

20 mm

25 mm

30 mm

2-4 pcs.

1-2 pcs.

1 pc.

1 pc.

5-8 pcs.

3-4 pcs.

1 pc.

1 pc.

1 pc.

5-8 pcs.

3-4 pcs.

1 pc.

1 pc.

1 pc.

80.00 ml

9 mm

6-10 pcs.

3-5 pcs.

1-2 pcs.

1 pc.

1 pc.

100,00 ml

10 mm

10-16 pcs.

6-8 pcs.

1-2 pcs.

1 pc.

1 pc.

160.00 ml

12 mm

FAST CLAMPING JARS FOR GRINDING APPLICATIONS Dry grinding / Wet Grinding / Ultra Fine Grinding / Mechanical alloying

LAB WIZZ is made from stainless steel as well. Due to the new motor concept and a direct motor drive, the ESSA LAB WIZZ is maintenance free.

Wood / 50ml steel jar / 20 mm steel ball 200 Micron after 90 seconds

combining alternating right- and left-hand elements, thus increasing mixing efficiency.

All material is continuously and completely mixed, eliminating radial gradients in temperature, velocity and material composition.

MICRO VIAL HOLDER FOR CELL DISRUPTION

only helical mixing element

GRINDING JARS FOR STATIC MIXING APPLICATIONS All LAB WIZZ Static Mixers, have some helical mixing element which directs the flow of material radial toward the pipe walls and back to the centre. Additional velocity reversal and flow division results from

Honey / Water: 160ml steel jar / Static Mixer Homogeneneous Mixture

Rubber: 50ml steel jar / 20 mm steel Ball after cryogenic grinding

ICE BATH FOR CRYOGENIC GRINDING For heat sensitive materials such as plastics and rubber it is possible to embrittle the material with liquid nitrogen and perform an additional external freezing of the fast clamping jars. Those jars are either made from Teflon or from stainless steel and are suitable for cryogenic grinding applications.

Designed for high analytical screening, the LAB WIZZ efficiently and safely disrupts samples of spores, microorganisms, plant and animal tissue or soil samples at a time.

The samples along with extraction media and small metallic or ceramic balls are placed in micro vials. After 2 minutes of preparation in the LAB WIZZ more than 95% of the cells are disrupted. Because balls and vials plates are disposable the method is ideal for PCR, PAGE, and Probe applications where cross contamination between samples cannot be tolerated.

The integrated stainless steel drawer can be taken off for cleaning purposes.

The grinding chamber, easy clamp system as well as the swinging arm is made from high precision stainless steel to meet all food and pharmaceutical requirements. The housing of the

Minerals: Pebbles 50ml steel jar / 20 mm steel ball 40 Micron after 45 seconds

STAINLESS STEEL MICRO VIALS Stainless steel Micro vials are used for cryogenic grinding of small sample amounts or for standard grinding applications of small samples such as soil or grain using a steel or tungsten carbide bead.

Steel vials ensure a much higher heat transformation in order to optimize the heating and cooling.

The stainless steel Micro vials are available with a grinding ball pre-filling optional.

Page 12

Page 13

Good Vibrations

Lab Wizz 320 Micro Ball Mill

Good Vibrations

Micro Ball Mill Lab Wizz 320 / one for all Applications ADVANTAGES OF THE LAB WIZZ

THIS MAINLY INCLUDE:

Due to the unique combination of a wide range of grinding jars of various materials the LAB WIZZ is capable to practically meet all demands of today’s laboratory needs.

Grinding (wet and dry) / cell disruption / mixing XRF Prep / turbulent blending (Static Mixer) and cold grinding.

Due to the combination of high energy vibration and the punch of the grinding balls the LAB WIZZ cannot only grind hard and brittle materials but as well all medium soft, soft materials and elastic materials.

LAB WIZZ APPLICATION AREAS

Superior Mill engineered for rapid sample preparation procedures such as Dry Grinding / Wet Grinding / Ultra Fine Grinding / Cryogenic Grinding Turbulent Blending / Laminar Blending / Liquid-Liquid Dispersion / Gas- Liquid Dispersion

Grinding jars of various materials up to 160 ml

Mechanical Alloying

Micro vial adapter plate for micro vials

Holder for mixing of dry substances (XRF Prep)

160 ml jar with helical static mixer for turbulent blending

4 liters Ice bath with cover for cryo applications

Cell disruption for DNA / RNA extraction GRINDING AND MIXING EXAMPLES BEFORE / AFTER

The Lab Wizz can handle simultaneously two or more samples from 0.2 ml up to 160 ml GRINDING, BLENDING, CELL DISRUPTION OF SAMPLES The Essa LAB WIZZ is designed for “1001 laboratory applications”.

Typical Processing times are between 15 and 45 seconds. The LAB WIZZ can prepare 2 or more samples from 0,2ml of up to 160 ml.

It is designed as well for high-samplethroughput.

Linoleum: 50ml steel jar / 20 mm steel ball 200 micron after 60 seconds

Leaves: Micro vial adapter plate / Micro vials / 3mm tungsten carbide bead per vial. Completely homogenized

FEATURES AND BENEFITS Lab Wizz with closed “EASY SLIDE COVER”

Lab Wizz with open “EASY SLIDE COVER”

Selection Guide Jar Filling Recommended Ball Fillings for grinding jars and for static mixer

Universal and highly efficient grinding, blending and disruption; Large range of grinding jars and accessories; Large range of grinding balls and accessories; Extremely short processing times; Designed for high sample throughput; Reproducible results by digital pre-setting of all working parameters

Recommended ball filling Grinding jar volume

Feed size

2 mm

3 mm

2.00 ml

1 mm

3-4 pcs.

2-3 pcs.

HIGH OPERATOR CONVENIENCE AND MAXIMUM SAFETY

25.00 ml

6 mm

50.00 ml

8 mm

Maximum Grinding performance and maximum safety is important for ESSA Mills.

Due to an integrated motor break the machine can only be started when the “Easy Slide Cover” is closed. The unique “Easy Clamp system” allows the simple and safe clamping of all grinding jars up to 160ml.

60.00 ml

9 mm

to be calculated in ml

12 mm

15 mm

20 mm

25 mm

30 mm

2-4 pcs.

1-2 pcs.

1 pc.

1 pc.

5-8 pcs.

3-4 pcs.

1 pc.

1 pc.

1 pc.

5-8 pcs.

3-4 pcs.

1 pc.

1 pc.

1 pc.

80.00 ml

9 mm

6-10 pcs.

3-5 pcs.

1-2 pcs.

1 pc.

1 pc.

100,00 ml

10 mm

10-16 pcs.

6-8 pcs.

1-2 pcs.

1 pc.

1 pc.

160.00 ml

12 mm

FAST CLAMPING JARS FOR GRINDING APPLICATIONS Dry grinding / Wet Grinding / Ultra Fine Grinding / Mechanical alloying

LAB WIZZ is made from stainless steel as well. Due to the new motor concept and a direct motor drive, the ESSA LAB WIZZ is maintenance free.

Wood / 50ml steel jar / 20 mm steel ball 200 Micron after 90 seconds

combining alternating right- and left-hand elements, thus increasing mixing efficiency.

All material is continuously and completely mixed, eliminating radial gradients in temperature, velocity and material composition.

MICRO VIAL HOLDER FOR CELL DISRUPTION

only helical mixing element

GRINDING JARS FOR STATIC MIXING APPLICATIONS All LAB WIZZ Static Mixers, have some helical mixing element which directs the flow of material radial toward the pipe walls and back to the centre. Additional velocity reversal and flow division results from

Honey / Water: 160ml steel jar / Static Mixer Homogeneneous Mixture

Rubber: 50ml steel jar / 20 mm steel Ball after cryogenic grinding

ICE BATH FOR CRYOGENIC GRINDING For heat sensitive materials such as plastics and rubber it is possible to embrittle the material with liquid nitrogen and perform an additional external freezing of the fast clamping jars. Those jars are either made from Teflon or from stainless steel and are suitable for cryogenic grinding applications.

Designed for high analytical screening, the LAB WIZZ efficiently and safely disrupts samples of spores, microorganisms, plant and animal tissue or soil samples at a time.

The samples along with extraction media and small metallic or ceramic balls are placed in micro vials. After 2 minutes of preparation in the LAB WIZZ more than 95% of the cells are disrupted. Because balls and vials plates are disposable the method is ideal for PCR, PAGE, and Probe applications where cross contamination between samples cannot be tolerated.

The integrated stainless steel drawer can be taken off for cleaning purposes.

The grinding chamber, easy clamp system as well as the swinging arm is made from high precision stainless steel to meet all food and pharmaceutical requirements. The housing of the

Minerals: Pebbles 50ml steel jar / 20 mm steel ball 40 Micron after 45 seconds

STAINLESS STEEL MICRO VIALS Stainless steel Micro vials are used for cryogenic grinding of small sample amounts or for standard grinding applications of small samples such as soil or grain using a steel or tungsten carbide bead.

Steel vials ensure a much higher heat transformation in order to optimize the heating and cooling.

The stainless steel Micro vials are available with a grinding ball pre-filling optional.

Page 14 Good Vibrations

Product Overview

Will the Essa equipment suit your requirements?

Send us a test sample for evaluation

Jaw Crusher JC1000

Jaw Crusher JC2000

Jaw Crusher JC2500

Jaw Crusher JC3000

Jaw Crusher JC5000

Jaw Crusher JC2000

Rolls Crusher RC2000

Rolls Crusher RC3000

Disc Mill DP200

Hammer Mill HM450

Auto Batch Mill ABM

Auto Batch Mill ABM

Cone Crusher CC300

Cutting Mill CM1000

Micro Ball Mill Lab Wizz

Ring Mill LM1

Ring Mill LM2

Ring Mill LM5

Automated Bead Fusion

Robotic High Capacity XRF

Fully Automated Sampling

Modular Sample Preparation MSP2 and MSP5

Sample Divider

Sample Divider

Sample Divider

Rotary Tube Slurry

Our Applications laboratory is pleased to conduct pre-purchase trials on customer free supplied samples

4 and 5 stage Linear Automation System designed for automatic

Riffle Splitters

Laboratory Ball Mill

For further information visit our homepage: Drill Rig Rotary Tube

Vezin Sampler

Ball Screw Linear Sampler

Ball Screw Linear

Rotary Sample Collector

Laboratory Flotation Bench

www.laarmann.eu

Page 14 Good Vibrations

Product Overview

Will the Essa equipment suit your requirements?

Send us a test sample for evaluation

Jaw Crusher JC1000

Jaw Crusher JC2000

Jaw Crusher JC2500

Jaw Crusher JC3000

Jaw Crusher JC5000

Jaw Crusher JC2000

Rolls Crusher RC2000

Rolls Crusher RC3000

Disc Mill DP200

Hammer Mill HM450

Auto Batch Mill ABM

Auto Batch Mill ABM

Cone Crusher CC300

Cutting Mill CM1000

Micro Ball Mill Lab Wizz

Ring Mill LM1

Ring Mill LM2

Ring Mill LM5

Automated Bead Fusion

Robotic High Capacity XRF

Fully Automated Sampling

Modular Sample Preparation MSP2 and MSP5

Sample Divider

Sample Divider

Sample Divider

Rotary Tube Slurry

Our Applications laboratory is pleased to conduct pre-purchase trials on customer free supplied samples

4 and 5 stage Linear Automation System designed for automatic

Riffle Splitters

Laboratory Ball Mill

For further information visit our homepage: Drill Rig Rotary Tube

Vezin Sampler

Ball Screw Linear Sampler

Ball Screw Linear

Rotary Sample Collector

Laboratory Flotation Bench

www.laarmann.eu

www.laarmann.eu

Laarmann Group BV Jules Breukersstraat 9 6041 BP Roermond THE NETHERLANDS t: +31 475 470 217 f: +31 472 470 242 e: gla@laarmann.eu Laarmann Deutschland GmbH Obenitterstr. 21 42719 Solingen t: +49 212 2357793 f: +49 212 2338235 e: hne@laarmann.eu Laarmann France SARL 63 bis Avenue Edouard Vaillant 92100 Boulogne Billancourt FRANCE t: +33 964 298 241 f: +33 146 081 605 e: pgu@laarmann.eu Laarmann Benelux bvba Zandstraat 71 3582 Beringen-Koersel BELGIUM t: +32 11 75 70 05 f: +32 11 72 09 44 e: rco@laarmann.eu