2017 Electrode Array Design Catalog
Welcome! NeuroNexus is a global leader for innovative neural interface products and technologies to meet current and emerging needs in neuroscience research, neurosurgery, and neurostimulation. Our diverse line of products is used in species ranging from fruit flies to non-human primates to precisely record, stimulate, and deliver drugs across all areas of the nervous system. For 2017, NeuroNexus is offering new lines of products for peripheral nerve research, EEG, and neurocardiology. We look forward to collaborating with you in your research work. To see our entire product line, visit neuronexus.com.
ELECTRODE A R R AY DESIGNS 2 3 4 6 14
How to Configure a Neural Probe Electrode Site Layouts Headstage Interfaces Connector Package Specifications Standard Electrode Arrays (16-64 ch)
14
• Linear and Edge
38
• Tetrodes, Polytrodes, and Buzsaki designs
56 High Channel Count Electrode Arrays (128-256 channels) 56
• Linear and Edge
60
• Tetrodes and Polytrodes
66 67 69 77 82 87 93 97 1
EEG Nerve Cuff Electrode Arrays Surface Arrays and Drug Delivery Cardiac Arrays Matrix Arrays™ (3D) Vector Arrays™ (Deep brain) Qtrode Arrays (4 channel) Special Order
How to Configure a Neural Probe A complete NeuroNexus neural probe assembly consists of two parts: an electrode array, and a package. Both must be configured.
Step 1: Browse our Electrode Array Design section to find an electrode array that meets your needs.
Step 2: Determine the connector on your headstage, and find a package that will connect to it. The following pages detail available packages. EXAMPLE 1:
EXAMPLE 2:
A user specifies an A1x32-6mm-50-177 (page 28) electrode array. The lab uses a Plexon HST/16V-G20 headstage, which has an 18-pin Omnetics Nano strip connector. The user can specify either a CM16LP (page 6) or an H16 (page 8) package, both of which have 18-pin Omnetics Nano strip connectors. The user desires connector standoff from the implant site, so the H16 package is selected. Because the A1x32-6mm-50-177 electrode comes in two thicknesses, that must be specified as well.
A user wants to combine optical stimulation with neuronal recording using an A4x4-3mm-100-125-703 electrode array (page 23). The lab uses a TDT recording system with a 16 channel Zif Clip™ headstage. Because the user wants to specify an optoelectrode, the OZ16 package (page 13) is selected. Because the electrode array has multiple shanks, the user must co-ordinate fiber placement with the sales co-ordinator. Because the A4x4-3mm-100-125-703 electrode only comes in one thickness, that value can be omitted from the part number.
This is the resulting part number for this probe:
This is the resulting part number for this probe:
A1x32-6mm-50-177-H16-50
A4x4-3mm-125-703-OZ16
Electrode Array
Electrode Array
Package Thickness
2
Package
S T A N D A R D A R R AY S I T E L AY O U T S Below are examples of the different types of electrode array tips you can find in our catalog.
Linear electrode arrays are the foundation for multi-channel recordings. The laminar design allows for a longer area of coverage than a single tip site, and either facilitates or replaces the need for passage-type experiments. Linear electrode arrays fit the widest range of applications.
E L E C T RO D E A RRAY D E S I G NS Turn to page 14 to see all available Standard electrode array designs. High channel count designs (128 channels and up) begin on page 56.
D ESIGN YOUR OWN PROBE
Edge sites are similar to the Linear layout, but electrode sites are strategically positioned at the edge of the substrate.
NeuroNexus offers Custom Design services, offering researchers access to a virtually unlimited design space. A Tetrode is an arrangement of four electrode sites placed close together, allowing for high-quality cell discrimination in recordings.
Polytrode electrode site layouts come in two variations: Poly2 (two columns of sites, shown left), or Poly3 (three columns of sites). They have a mix of linear and tetrode benefits, with sites close enough together to allow a degree of multiple representation across different sites, while sampling a larger space. Multi-shank electrode arrays provide a twodimensional representation of the brain. By controlling shank and site spacing, a more detailed understanding can be obtained of a larger space in the brain. Some multi-shank designs incorporate tetrode and polytrode site arrangements. 3
Contact us to learn more.
REFERENC ES: Aizawa, Hidenori et al. “The Synchronous Activity of Lateral Habenular Neurons is Essential for Regulating Hippocampal Theta Oscillation.” J Neurosci 2013 Ogawa, Takeshi et al. “Large-Scale Heterogeneous Representation of Sound Attributes in Rat Primary Auditory Cortex: From Unit Activity to Population Dynamics.” J Neurosci 2011 Jackson et al., Fast and slow gamma rhythms are intrinsically and independently generated in the subiculum. J Neurosci. 2011
Visit neuronexus.com/science-update for additional references.
Headstage Interfaces NeuroNexus probes interface with most commercially available headstages via the connector package. We also provide the SmartLink headstage for use with the SmartBox.
To configure a package for your headstage, you will first need to know what type of connector your headstage uses. Then, find the compatible packages that match up to your headstage.
OMNETICS NANO CONNECTORS
DUAL INLINE PIN (DIP)
Omnetics Nano connectors are widely available. NeuroNexus offers a large range of packages that connect to headstages with Omnetics Nano connectors:
Dual Inline Pin connectors offer a versatile, reliable connection for acute applications.
16 channel: 32 channel: 64 channel:
16 channel:
CM16LP, H16, HC16, OCM16, DM16, MR_CM16 CM32, H32, HC32, OCM32, MR_CM32 H64, H64LP, HC64
4
A16
Headstage Interfaces If you have a headstage that does not connect directly to any of our packages, you might need an adaptor. A complete list of adaptors can be found at neuronexus.com/products/accessories.
If you cannot find an adaptor that meets your setup needs, contact us for a custom adaptor or cable.
TDT ZIF-CLIP™
SAMTEC
TDT Zif-Clip™ headstages utilize miniature, low insertion force connectors. Because of their small size, we recommend Zif-Clip™ headstages and packages for chronic use.
SAMTEC connectors are reliable, stable, high-density connectors standard in acute applications.
16 channel: 32 channel: 64 channel:
32 channel: 64 channel:
Z16, HZ16 Z32, HZ32 Z64, HZ64
5
A32 A64
Connector Package Specifications A16
A32
A64
The A16 package is ideal for acute experiments using 16 channel electrode arrays.
The A32 package is ideal for acute experiments using 32 channel electrode arrays.
The A64 package is ideal for acute experiments using 64 channel electrode arrays.
A-SERIES (ACUTE)
13.4 mm 4.3 mm
5 mm
50 mm
2.1 mm
50 mm
Weight: 1.25 g
CM-SERIES (CHRONIC)
8.2 mm
4 mm
Weight: 1.25 g
CONNECTOR TYPE: Dual Inline Pin (DIP); pin length 5.5 mm, spacing 2.5 mm COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: SAMTEC MOLC-110-01-S-Q MATING CONNECTOR: SAMTEC FOLC COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
CM16LP
CM32
The compact CM16LP package is ideal for chronic experiments using 16 channel electrode arrays.
The compact CM32 package is ideal for chronic experiments using 32 channel electrode arrays.
3.4 mm
2.9 mm 13 mm
6.6 mm
8.6 mm
thickness: 1.73 mm weight: 0.17 g
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
11.3 mm
thickness: 1.78 mm weight: 0.32 g
CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
6
9.2 mm
7.4 mm
66.3 mm
Weight: 2.53 g
CONNECTOR TYPE: (2x) SAMTEC MOLC-110-01-S-Q MATING CONNECTOR: (2x) SAMTEC FOLC COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
Connector Package Specifications Z32
Z64
The Z16 package is ideal for chronic experiments using 16 channel electrode arrays. It connects directly to a TDT ZC16 or ZC32 headstage.
The Z32 package is ideal for chronic experiments using 32 channel electrode arrays. It connects directly to a TDT ZC32 headstage.
The Z64 package is ideal for chronic experiments using 64 channel electrode arrays. It connects directly to a TDT ZC64 headstage.
D-SERIES (DRUG DELIVERY)
Z-SERIES (CHRONIC)
Z16
2.9 mm
2.5 mm
3.9 mm 9.3 mm
9.3 mm
5.4 mm 7.4 mm
4.8 mm
thickness: 2 mm weight: 0.25 g
8 mm
thickness: 2 mm weight: 0.25 g
MATING CONNECTOR: TDT ZC16/ZC32 headstage COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
MATING CONNECTOR: TDT ZC32 headstage COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
D16
DM16
The D16 package is ideal for acute fluidic or drug delivery experiments using the E16-20mm-100-177 electrode array. (See Drug Delivery, page 23)
The DM16 package is ideal for chronic fluidic or drug delivery experiments using the E16-20mm-100-177 electrode array (page 124).
13.4 mm
≈ 2 in.
4.3 mm 11 mm
50 mm weight: 1.39 g CONNECTOR TYPE: Dual Inline Pin (DIP); pin length 5.5 mm, spacing 2.5 mm COMPATIBLE ELECTRODES: E16-20mm-100-177
6.2 mm
thickness: 1.78 mm weight: 0.40 g
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: E16-20mm-100-177
7
13 mm
6.6 mm
8.6 mm
thickness: 2 mm weight: 0.44 g
MATING CONNECTOR: TDT ZC64 headstage COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
Connector Package Specifications H16
HC16
HZ16
The H16 package is ideal for chronic experiments requiring connector standoff.
The HC16 package is ideal for chronic experiments requiring connector standoff.
The HZ16 package is ideal for chronic experiments requiring connector standoff. It connects directly to a TDT ZC16 or ZC32 headstage.
21 mm
7.2 mm
21 mm
21 mm
12.1 mm
4.5 mm 7.4 mm
4 mm
6.7 mm
9.3 mm
2.5 mm
H-SERIES (CHRONIC)
4 mm
thickness: 5.4 mm weight: 0.19 g
thickness: 1.78 mm weight: 0.18 g
7.7 mm
thickness: 2 mm weight: 0.26 g
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
MATING CONNECTOR: TDT ZC16/ZC32 headstage COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
H32
HC32
HZ32
The H32 package is ideal for chronic experiments requiring connector standoff.
The HC32 package is ideal for chronic experiments requiring connector standoff.
The HZ32 package is ideal for chronic experiments requiring connector standoff. It connects directly to a TDT ZC32 headstage.
21 mm
9.3 mm
21 mm
12.2 mm
21 mm
9 mm
13 mm 5 mm thickness: 1.78 mm weight: 0.38 g CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
5.7 mm 8 mm
thickness: 5.4 mm weight: 0.52 g CONNECTOR TYPE: (2x) Omnetics NSD18 (2 guideposts) MATING CONNECTOR: (2x) Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
8
9.3 mm
6.5 mm 9.3 mm
thickness: 2 mm weight: 0.26 g
MATING CONNECTOR: TDT ZC32 headstage COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
Connector Package Specifications H64
H64LP
HC64
The H64 package is ideal for chronic experiments requiring connector standoff.
The H64LP package is similar to the H64 package (left), but more compact.
The HC64 package is ideal for chronic experiments requiring connector standoff.
30 mm
19 mm
30 mm
15 mm
H-SERIES (CHRONIC)
10 mm
thickness: 5.2 mm weight: 1.07 g
CONNECTOR TYPE: (2x) Omnetics NSD36 (4 guideposts) MATING CONNECTOR: (2x) Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
21.6 mm
15 mm
10 mm
thickness: 4.2 mm weight: 1.05 g
CONNECTOR TYPE: (2x) Omnetics NSD36 (4 guideposts) MATING CONNECTOR: (2x) Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
HZ64 The HZ64 package is ideal for chronic experiments requiring connector standoff. It connects directly to a TDT ZC64 headstage. 30 mm
30 mm
15 mm
7.4 mm 8.6 mm
14.4 mm
thickness: 2 mm weight: 0.54 g MATING CONNECTOR: TDT ZC64 headstage COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
9
17.2 mm
15.1 mm
thickness: 5.4 mm weight: 1.4 g
CONNECTOR TYPE: (2x) Omnetics NSD36 (4 guideposts) MATING CONNECTOR: (2x) Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
Connector Package Specifications MR_A16
MR_CM16
MR_H16
The MR_A16 package is ideal for acute MRI applications.
The compact MR_CM16 package is ideal for chronic MRI applications.
The MR_H16 package is ideal for chronic MRI experiments requiring connector standoff.
13.4 mm
4 mm 2.5 mm
4.3 mm
21 mm
7.2 mm
6.7 mm
13 mm
55 mm
10.5 mm
MR-SERIES (MRI COMPATIBLE)
weight: 1.3 g
thickness: 1.78 mm weight: 0.19 g
thickness: 1.78 mm weight: 0.18 g
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
MR_CM32
MR_H32
MR_HC32
The MR_CM32 package is ideal for chronic MRI applications.
The MR_H32 package is ideal for chronic MRI experiments requiring connector standoff.
The MR_HC32 package is ideal for chronic MRI experiments requiring connector standoff.
11.3 mm
21 mm
9.3 mm
21 mm
12.2 mm
9 mm
13 mm
13 mm 2.9 mm
5 mm thickness: 5.4 mm weight: 0.38 g
thickness: 1.78 mm weight: 0.32 g CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
10
thickness: 5.4 mm weight: 0.52 g CONNECTOR TYPE: (2x) Omnetics NSD18 (2 guideposts) MATING CONNECTOR: (2x) Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
Q-SERIES (4 CHANNEL)
MR_H64
MR_HC64
Q4
The MR_H64 package is ideal for chronic MRI experiments requiring connector standoff.
The MR_HC64 package is ideal for chronic MRI experiments requiring connector standoff.
The Q4 package is ideal for acute experiments with the 4-channel Qtrode.
30 mm
30 mm
18.1 mm
21.6 mm
17.2 mm
15.9 mm
10 mm
15.1 mm
thickness: 5.2 mm weight: 1.07 g
thickness: 5.4 mm weight: 1.4 g
Q-SERIES (4 CHANNEL)
MR-SERIES (MRI COMPATIBLE)
Connector Package Specifications
9.3 mm 2.6 mm
40 mm thickness: 2 mm weight: 0.78 g CONNECTOR TYPE: Edge connector MATING CONNECTOR: Edge socket COMPATIBLE ELECTRODES: Any 4-channel electrode array (Qtrode)
CONNECTOR TYPE: (2x) Omnetics NSD36 (4 guideposts) MATING CONNECTOR: (2x) Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
CONNECTOR TYPE: (2x) Omnetics NSD36 (4 guideposts) MATING CONNECTOR: (2x) Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 64 channel Standard (A-type) electrode array
EIB
CQ4
HQ4
The compact EIB package allows multiple 4-channel Qtrodes to be implanted in one animal.
The CQ4 package is ideal for chronic experiments with the 4-channel Qtrode.
The HQ4 package is ideal for chronic experiments with the 4-channel Qtrode, or experiments using a microdrive (see dDrive, page 67).
3.7 mm
8.2 mm
thickness: 0.6 mm weight: 0.02 g
CONNECTOR TYPE: Wires provided for connection to QIB MATING CONNECTOR: QIB COMPATIBLE ELECTRODES: Any 4-channel electrode array (Qtrode)
thickness: 3.1 mm weight: 0.31 g CONNECTOR TYPE: Edge connector MATING CONNECTOR: Edge socket COMPATIBLE ELECTRODES: Any 4-channel electrode array (Qtrode)
11
thickness: 3.1 mm weight: 0.31 g CONNECTOR TYPE: Edge connector MATING CONNECTOR: Edge socket COMPATIBLE ELECTRODES: Any 4-channel electrode array (Qtrode)
Connector Package Specifications OA16
OA32
OCM16
The OA16 package uses the NNc locking fiber coupler, and is ideal for acute optogenetics experiments with awake, behaving animals.
The OA32 package uses the NNc locking fiber coupler, and is ideal for optogenetics experiments with awake, behaving animals.
The OCM16 package uses the NNc locking fiber coupler, and is ideal for chronic optogenetics experiments with awake, behaving animals. 6.7 mm
13.4 mm 5.5 mm
4.3 mm
5 mm
4 mm
8.2 mm
5.5 mm 10.1 mm
9.5 mm 3.5 mm
55.5 mm
O-SERIES (OPTOGENETICS)
55.5 mm
thickness: 3 mm
CONNECTOR TYPE: Dual Inline Pin (DIP); pin length 5.5 mm, spacing 2.5 mm COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: SAMTEC MOLC-110-01-S-Q MATING CONNECTOR: SAMTEC FOLC COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
13.6 mm CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
OA16LP
OA32LP
OCM16LP
The OA16LP uses a bare ferrule fiber connection, and is suited for acute optogenetics experiments.
The OA32LP uses a bare ferrule fiber connection, and is suited for acute optogenetics experiments.
The OCM16LP uses a bare ferrule fiber connection, and is suited for chronic optogenetics experiments. 1.25 mm
13.4 mm 4.3 mm
1.25 mm
5 mm
8.2 mm
4 mm
1.25 mm 16.5 mm 12 mm
56.5 mm
56.5 mm 11.9 mm
CONNECTOR TYPE: Dual Inline Pin (DIP); pin length 5.5 mm, spacing 2.5 mm COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
CONNECTOR TYPE: SAMTEC MOLC-110-01-S-Q MATING CONNECTOR: SAMTEC FOLC COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
12
CONNECTOR TYPE: Omnetics NSD18 (2 guideposts) MATING CONNECTOR: Omnetics NPD18 (2 guideposts) COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
Connector Package Specifications OCM32
OZ16
OZ32
The OCM32 package uses the NNc locking fiber coupler, and is ideal for chronic optogenetics experiments with awake, behaving animals.
The OZ16 package uses the NNc locking fiber coupler, and is ideal for chronic optogenetics experiments with awake, behaving animals.
The OZ32 package uses the NNc locking fiber coupler, and is ideal for chronic optogenetics experiments with awake, behaving animals.
12.6 mm
12.7 mm 3.5 mm
13 mm
13.3 mm
13 mm
13.3 mm
2.3 mm thickness: 3 mm
3.7 mm
thickness: 3 mm 19.4 mm
19.5 mm O-SERIES (OPTOGENETICS)
9.3 mm
9.3 mm
13 mm
thickness: 3 mm
19.4 mm
CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
MATING CONNECTOR: TDT ZC16/ZC32 headstage COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
MATING CONNECTOR: TDT ZC32 headstage COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
OCM32LP
OZ16LP
OZ32LP
The OCM32LP uses a bare ferrule fiber connection, and is suited for chronic optogenetics experiments.
The OZ16LP uses a bare ferrule fiber connection, and is suited for chronic optogenetics experiments.
The OZ32LP uses a bare ferrule fiber connection, and is suited for chronic optogenetics experiments.
1.25 mm
18.8 mm
14.9 mm
1.25 mm
1.25 mm
11.9 mm CONNECTOR TYPE: Omnetics NSD36 (4 guideposts) MATING CONNECTOR: Omnetics NPD36 (4 guideposts) COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
15.6 mm
12.9 mm
14.3 mm MATING CONNECTOR: TDT ZC16/ZC32 headstage COMPATIBLE ELECTRODES: Any 16 channel Standard (A-type) electrode array
13
20.1 mm
16.4 mm
14.9 mm MATING CONNECTOR: TDT ZC32 headstage COMPATIBLE ELECTRODES: Any 32 channel Standard (A-type) electrode array
A1x16-3mm-25-177 T I P D E TA I L
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6
77 µm (max)
375 µm
3 mm
OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
15 µm dia
26 µm (min)
14
177 µm2
th ic k n ess
25 µm
15 µ m 50 µm
A1x16-3mm-50-177 A1x16-3mm-50-703 T I P D E TA I L
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6
123 µm (max)
OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
750 µm
3 mm
15 µm dia
177 µm2
30 µm dia
703 µm2
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
th ic k n ess 50 µm
33 µm (min)
15 µ m 50 µm
A1x16-3mm-50-177
15
A1x16-3mm-50-703
T I P D E TA I L
A1x16-3mm-100-177 A1x16-3mm-100-703 availab le p ac k ages AC UT E A1 6 123 µm (max)
C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
1500 µm
3 mm 177 µm2
703 µm2
15 µm dia
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
30 µm dia
th ic k n ess 100 µm 33 µm (min) A1x16-3mm-100-177
16
15 µ m 50 µm A1x16-3mm-100-703
A1x16-5mm-25-177 availab le p ac k ages
T I P D E TA I L
200 µm
AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6
77 µm
OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
5 mm 375 µm
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm 15 µm dia
125 µm
26 µm (min)
17
177 µm2
th ic k n ess
25 µm
15 µ m 50 µm
200 µm
T I P D E TA I L
A1x16-5mm-50-177 A1x16-5mm-50-703 availab le p ac k ages AC UT E A1 6
125 µm
C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
750 µm
5 mm
177 µm2
703 µm2
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
30 µm dia
15 µm dia
th ic k n ess
125 µm 50 µm 33 µm (min)
15 µ m 50 µ m
50 µm
A1x16-5mm-50-177
18
A1x16-5mm-50-703
200 µm (max)
T I P D E TA I L
A1x16-5mm-100-177 A1x16-5mm-100-703 availab le p ac k ages 125 µm
AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
1500 µm
5 mm
125 µm
177 µm2
703 µm2
15 µm dia
30 µm dia
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
th ic k n ess 100 µm 50 µm
33 µm (min) A1x16-5mm-100-177
19
A1x16-5mm-100-703
15 µ m 50 µ m
200 µm (max)
T I P D E TA I L
A1x16-5mm-150-177 A1x16-5mm-150-703 availab le p ac k ages AC UT E A1 6
125 µm
C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
2250 µm
5 mm 125 µm
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm 177 µm2
703 µm2 30 µm dia
15 µm dia
th ic k n ess 150 µm 50 µm
33 µm (min) A1x16-5mm-150-177
20
A1x16-5mm-150-703
15 µ m
A1x16-10mm-100-177 A1x16-10mm-100-703 T I P D E TA I L
500 µm (max)
availab le p ac k ages AC UT E A1 6
123 µm
C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
10 mm 1500 µm
177 µm2
703 µm2
15 µm dia
30 µm dia
123 µm
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
th ic k n ess 100 µm 68 µm (min)
50 µm
A1x16-10mm-100-177
21
A1x16-10mm-100-703
50 µ m
A4x4-3mm-50-125-177 T I P D E TA I L
100 µm (max)
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
51 µm
3 mm 150 µm
177 µm2 15 µm dia
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
50 µm
th ic k n ess
33 µm (min) 50 µm
55 µm
375 µm
125 µm
22
15 µ m
A4x4-3mm-100-125-177 A4x4-3mm-100-125-703 T I P D E TA I L
100 µm (max)
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
55 µm
3 mm
300 µm 30 µm dia
15 µm dia
703 µm2
177 µm2
55 µm
375 µm
100 µm
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
th ic k n ess 33 µm (min)
15 µ m
50 µm A4x4-3mm-100-125-177
23
A4x4-3mm-100-125-703
A4x4-4mm-200-200-1250 T I P D E TA I L
108 µm
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6
108 µm (max)
4 mm
1250 µm2 600 µm
OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
40 µm dia
200 µm 108 µm
th ic k n ess 67 µm (min)
90 µm
600 µm
200 µm
24
15 µ m
A16x1-2mm-50-177 A16x1-2mm-100-177 T I P D E TA I L
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm
2 mm
177 µm2
th ic k n ess 27 µm / 55 µm (max)
50 µm
50 µm / 100 µm 750 µm / 1500 µm
25
15 µ m
145 µm
T I P D E TA I L
A1x32-5mm-25-177 availab le p ac k ages AC UT E A3 2
145 µm (max)
C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
775 µm
5 mm Reference Site: 4200 µm2
15 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
177 µm2
500 µm
th ic k n ess
145 µm 27 µm (min)
26
25 µm 50 µm
15 µ m
145 µm
T I P D E TA I L
A1x32-Edge-5mm-20-177 A1x32-Edge-5mm-100-177 availab le p ac k ages
145 µm (max)
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
145 µm (max) 3100 µm
5 mm
620 µm
177 µm2 (≈10x18 µm, rounded corners)
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
177 µm2 (≈12x15 µm, rounded corners)
th ic k n ess 145 µm
19 µm (min)
20 µm 40 µm
A1x32-Edge-5mm-20-177
27
28 µm (min)
100 µm 50 µm
A1x32-Edge-5mm-100-177
15 µ m
A1x32-6mm-50-177 A1x32-6mm-100-177 T I P D E TA I L
240 µm
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
Reference Site: 4200 µm2
500 µm 240 µm
240 µm (max)
3100 µm
6 mm
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
177 µm2 15 µm dia
1550 µm
th ic k n ess 33 µm (min)
100 µm
50 µm 50 µm
A1x32-6mm-50-177
28
A1x32-6mm-100-177
15 µ m 50 µ m
400 µm (max)
T I P D E TA I L
A1x32-Edge-10mm-20-177 A1x32-Edge-10mm-100-177 availab le p ac k ages
148 µm
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
145 µm
3100 µm
10 mm
MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
620 µm 148 µm 177 µm2 (≈10x18 µm, rounded corners)
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
177 µm2 (≈12x15 µm, rounded corners)
th ic k n ess 19 µm (min)
20 µm 40 µm
A1x32-Edge-10mm-20-177
29
28 µm (min)
100 µm 50 µm
A1x32-Edge-10mm-100-177
50 µ m
A1x32-15mm-50-177 A1x32-15mm-100-177 T I P D E TA I L
415 µm
15 mm
availab le p ac k ages
240 µm
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
240 µm
3100 µm
Reference Site 4200 µm2
1000 µm
15 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
1550 µm
240 µm 177 µm2
th ic k n ess 33 µm (min)
50 µm
50 µ m
100 µm 50 µm
A1x32-15mm-50-177
30
A1x32-15mm-100-177
A2x16-10mm-50-500-177 A2x16-10mm-100-500-177 availab le p ac k ages
T I P D E TA I L
400 µm
10 mm
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
123 µm 1500 µm
Reference Site: 4200 µm2
177 µm2
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
15 µm dia 750 µm
1760 µm (50 µm spacing) 1000 µm (100 µm spacing) 123 µm
th ic k n ess 68 µm (min) 500 µm
100 µm
50 µm 50 µm
A2x16-10mm-50-500-177
31
A2x16-10mm-100-500-177
50 µ m
A4x8-5mm-50-200-177 A4x8-5mm-100-200-177 T I P D E TA I L
123 µm (max)
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
80 µm
700 µm
5 mm
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
4200 µm2 350 µm 177 µm2 15 µm dia 1000 µm
100 µm 50 µm
80 µm
200 µm
33 µm (min)
15 µ m
50 µm
A4x8-5mm-50-200-177
600 µm
32
th ic k n ess
A4x8-5mm-100-200-177
123 µm (max)
4200 µm2
T I P D E TA I L
A4x8-5mm-100-400-177 A4x8-5mm-100-400-703 availab le p ac k ages 80 µm
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
177 µm2
703 µm2
700 µm
700 µm
5 mm 15 µm dia
30 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
1000 µm
100 µm
80 µm 33 µm (min) 400 µm
1200 µm
15 µ m
50 µm
A4x8-5mm-100-400-177
33
th ic k n ess
A4x8-5mm-100-400-703
123 µm
T I P D E TA I L
A4x8-5mm-200-400-177 A4x8-5mm-200-400-703 availab le p ac k ages AC UT E A3 2
83 µm
C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
4200 µm2 1400 µm
177 µm2
5 mm
15 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
500 µm 83 µm
200 µm
th ic k n ess 15 µ m
400 µm
33 µm (min)
1200 µm
34
50 µm
A8x8-Edge-5mm-50-150-177 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4
60 µm (max)
S MART S64 OP T OGE NE T IC S O A6 4 O A6 4 L P 350 µm
5 mm
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
177 µm2 50 µm 28 µm (min)
50 µm
150 µm
1050 µm
35
th ic k n ess 15 µ m
A8x8-Edge-5mm-100-200-177 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4
60 µm (max)
S MART S64
700 µm
OP T OGE NE T IC S O A6 4 O A6 4 L P MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
5 mm 177 µm2
th ic k n ess
100 µm 28 µm (min)
50 µm 200 µm
1400 µm
36
15 µ m
T I P D E TA I L
A8x8-10mm-200-200-177
123 µm (max)
availab le p ac k ages
83 µm
AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4 OP T OGE NE T IC S O A6 4 O A6 4 L P 1400 µm
177 µm2
10 mm
15 µm dia
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
4200 µm2
500 µm
83 µm 200 µm
th ic k n ess 50 µ m
33 µm (min)
50 µm 200 µm
1400 µm
37
A1x16-Poly2-5mm-50s-177 200 µm
T I P D E TA I L
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6
68 µm
5 mm
375 µm
15 µm dia
OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
177 µm2
25 µm
68 µm
75 µm
th ic k n ess 15 µ m
68 µm 43.3 µm
38
Buzsaki16 availab le p ac k ages
T I P D E TA I L
52 µm (max)
AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
5 mm 52 µm (max)
37 µm MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
33 µm 29 µm 25 µm
160 µm2
21 µm 17 µm
140 µm
40 µm
29 µm (min)
th ic k n ess
20 µm 22 µm
52 µm (max)
200 µm
8.5 µm
39
15 µ m
A2x2-tet-3mm-150-150-121 A2x2-tet-10mm-150-150-121 T I P D E TA I L
95 µm (max)
availab le p ac k ages AC UT E A1 6
25 µm 121 µm2
C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
66 µm (max)
3 mm or 10 mm
150 µm
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
78 µm
th ic k n ess
11 µm
58 µm (min)
15 µ m (3 mm o n l y ) 50 µ m (1 0 mm o n l y )
95 µm (max)
150 µm
40
A4x1-tet-3mm-150-121 T I P D E TA I L
83 µm (max)
availab le p ac k ages AC UT E A1 6 C HRONIC C M1 6 L P H1 6 _2 1 mm HC 1 6 _2 1 mm HZ1 6 _2 1 mm Z1 6 OP T OGE NE T IC S O A1 6 O A1 6 L P O C M1 6 O C M1 6 L P O Z1 6 O Z1 6 L P
3 mm 121 µm2
MR-C OMPAT IBLE MR_C M1 6 MR_H1 6 _2 1 mm MR_HC 1 6 _2 1 mm
25 µm
11 µm
th ic k n ess
58 µm (max)
75 µm
83 µm (max) 150 µm
450 µm
41
15 µ m
200 µm (max)
T I P D E TA I L
A1x32-Poly2-5mm-50s-177 availab le p ac k ages AC UT E A3 2
113 µm
C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2 50 µm
775 µm
5 mm
MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
15 µm dia
177 µm2 50 µm
113 µm
th ic k n ess
25 µm
68 µm (min)
75 µm
43.3 µm
42
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
15 µ m
A1x32-Poly3-5mm-25s-177 T I P D E TA I L
200 µm (max)
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
114 µm
275 µm
5 mm 15 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
177 µm2 25 µm
62 µm (min)
th ic k n ess 22 µm
114 µm 18 µm
43
62 µm
15 µ m
400 µm (max)
T I P D E TA I L
A1x32-Poly2-10mm-50s-177 availab le p ac k ages AC UT E A3 2
114 µm
C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2 50 µm
10 mm
775 µm
MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
15 µm dia
177 µm2 50 µm
th ic k n ess
25 µm
68 µm (min)
75 µm
113 µm
43.3 µm
44
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
50 µ m
A1x32-Poly3-10mm-50-177 availab le p ac k ages
T I P D E TA I L
400 µm (max)
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
125 µm
10 mm
550 µm
15 µm dia
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
177 µm2
125 µm (min)
50 µm
100 µm
th ic k n ess 50 µ m
125 µm 50 µm
45
A4x2-tet-5mm-150-200-121 T I P D E TA I L
95 µm (max)
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2 OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
25 µm
66 µm (max)
5 mm 4200 µm2
121 µm2
150 µm
MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
11 µm 1000 µm
58 µm (min)
th ic k n ess 78 µm
95 µm (max) 600 µm
200 µm
46
15 µ m
A4x2-tet-5mm-500-400-121 T I P D E TA I L
95 µm (max)
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
66 µm (max)
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
4200 µm2
5 mm 500 µm
MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
121 µm2 1000 µm 25 µm
th ic k n ess
11 µm
58 µm (min)
78 µm
1200 µm
400 µm
47
15 µ m
Buzsaki32 T I P D E TA I L
52 µm (max)
availab le p ac k ages AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2 OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
5 mm
52 µm (max)
37 µm MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
33 µm 29 µm 25 µm
160 µm2
21 µm 17 µm
140 µm
40 µm
29 µm (min)
th ic k n ess
20 µm 22 µm
600 µm
200 µm
8.5 µm
48
15 µ m
Buzsaki32L availab le p ac k ages
T I P D E TA I L
160 µm (max)
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2 OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P
4200 µm2
10 mm
52 µm
37 µm MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
33 µm 29 µm 25 µm
4.2 mm
160 µm2
21 µm 17 µm
140 µm
40 µm
29 µm (min)
th ic k n ess
20 µm 22 µm
600 µm
200 µm
8.5 µm
49
50 µ m
A8x1-tet-2mm-200-121 T I P D E TA I L
availab le p ac k ages 4200 µm2
AC UT E A3 2 C HRONIC C M3 2 H3 2 _2 1 mm HC 3 2 _2 1 mm HZ3 2 _2 1 mm Z3 2
83 µm (max) 500 µm
OP T OGE NE T IC S O A3 2 O A3 2 L P O C M3 2 O C M3 2 L P O Z3 2 O Z3 2 L P MR-C OMPAT IBLE MR_C M3 2 MR_H3 2 _2 1 mm MR_HC 3 2 _2 1 mm
2 mm 121 µm2 25 µm
th ic k n ess
11 µm
58 µm (max)
75 µm 200 µm
1400 µm
50
15 µ m
Buzsaki64 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm S64 Z6 4
52 µm (max)
OP T OGE NE T IC S O A6 4 O A6 4 L P
52 µm (max)
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
37 µm 33 µm
5 mm
29 µm 25 µm
160 µm2
21 µm 17 µm
140 µm
40 µm
29 µm (min)
th ic k n ess
20 µm 22 µm
1400 µm
200 µm
8.5 µm
51
15 µ m
Buzsaki64L T I P D E TA I L
160 µm (max)
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm S64 Z6 4 OP T OGE NE T IC S O A6 4 O A6 4 L P
10 mm
52 µm
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
37 µm 33 µm 29 µm 25 µm
160 µm2
21 µm 17 µm
140 µm
40 µm
29 µm (min)
th ic k n ess
20 µm 22 µm
1400 µm
200 µm
8.5 µm
52
50 µ m
A4x4-tet-5mm-150-200-121 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4
100 µm (max)
25 µm
S MART S64 OP T OGE NE T IC S O A6 4 O A6 4 L P
121 µm2 450 µm
5 mm
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
11 µm
150 µm
58 µm
th ic k n ess 50 µm
200 µm
600 µm
53
15 µ m
A4x16-Poly2-5mm-20s-lin-160 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4
60 µm
S MART S64 OP T OGE NE T IC S O A6 4 O A6 4 L P MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
5 mm 160 µm2
130 µm
100 µm
20 µm 100 µm
35 µm
100 µm
th ic k n ess
40 µm
15 µ m
17.32 µm 450 µm
150 µm
54
A4x16-Poly2-5mm-23s-200-177 T I P D E TA I L
availab le p ac k ages AC UT E A6 4 C HRONIC H6 4 _3 0 mm H6 4 L P_3 0 mm HC 6 4 _3 0 mm HZ6 4 _3 0 mm Z6 4
86 µm (max)
S MART S64
15 µm dia
OP T OGE NE T IC S O A6 4 O A6 4 L P
177 µm2 345 µm
5 mm
MR-C OMPAT IBLE MR_H6 4 _3 0 mm MR_HC 6 4 _3 0 mm
46 µm 52 µm (min)
th ic k n ess
23 µm 50 µm
200 µm
600 µm
30 µm
55
15 µ m
A8x16-Edge-5mm-50-150-177 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
76 µm (max)
750 µm Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
5 mm
177 µm2
th ic k n ess 50 µm 28 µm (min) 1050 µm
150 µm
56
15 µ m 50 µm
A8x16-Edge-5mm-100-200-177 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
76 µm (max)
1500 µm
5 mm
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
177 µm2
th ic k n ess 15 µ m
100 µm
28 µm (min) 1400 µm
50 µm 200 µm
57
A8x32-Edge-5mm-25-200-177 T I P D E TA I L
availab le p ac k ages S MART H2 5 6 S256
93 µm (max)
1550 µm Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
5 mm 177 µm2
th ic k n ess 27 µm (min)
25 µm
200 µm
1400 µm
58
15 µ m 50 µm
T I P D E TA I L
Buzsaki256 availab le p ac k ages
90 µm
S MART H2 5 6 S256
200 µm (max)
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
5 mm 160 µm2
th ic k n ess
1600 µm
15 µ m
50 µm
2100 µm
13 µm
59
300 µm
A4x32-Poly2-5mm-20s-lin-160 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
77 µm
290 µm
5 mm
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
100 µm
160 µm2
20 µm
100 µm
100 µm
th ic k n ess 35 µm
450 µm
15 µ m
17.32 µm
60
150 µm
A4x32-Poly2-5mm-23s-200-177 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
100 µm (max)
713 µm
5 mm
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
15 µm dia 177 µm2
46 µm 52 µm (min)
th ic k n ess
23 µm 50 µm
200 µm
600 µm
30 µm
61
15 µ m
A8x4-tet-5mm-150-200-121 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
100 µm (max) 25 µm
121 µm2 450 µm
5 mm
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
11 µm
150 µm
58 µm
th ic k n ess 50 µm
200 µm
1400 µm
62
15 µ m
A8x16-Poly2-5mm-20s-lin-160 T I P D E TA I L
availab le p ac k ages S MART H1 2 8 S128
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
5 mm 160 µm2
130 µm
20 µm
100 µm
35 µm
100 µm
th ic k n ess
100 µm
40 µm
15 µ m
17.32 µm 1050 µm
150 µm
63
A4x64-Poly2-5mm-23s-250-177 T I P D E TA I L
availab le p ac k ages S MART H2 5 6 S256
177 µm (max)
1449 µm
15 µm dia
5 mm
Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
177 µm2
th ic k n ess 52 µm (min) 750 µm
23 µm
50 µm 250 µm
64
15 µ m
46 µm
A8x32-Poly2-5mm-20s-lin-160 T I P D E TA I L
availab le p ac k ages S MART H2 5 6 S256
77 µm
290 µm Note: Given the high channel count of this design, there may be up to 15% irregular sites on the assembled device
160 µm2
5 mm
20 µm 100 µm 100 µm 100 µm
th ic k n ess 35 µm
1050 µm
15 µ m
17.32 µm
65
150 µm
T I P D E TA I L
Mouse EEG
1.77 mm
500 µm diameter Platinum sites (1.5, 2.3)
(0.5, 2.3)
(1.93, 1.04)
(3.5, -0.48)
BREGMA (0, 0)
(0.55, 1.04)
(2.12, -0.48)
7.85 mm
21 mm (4.05, -1.96)
9.32 mm
(4.13, -3.04)
(4.05, -4.14)
(2.88, -1.96)
(1.12, -1.96)
(2.88, -3.04)
(1.33, -3.04)
(2.24, -4.14)
(1.0, -4.14)
1.71 mm
(2.20, -6.0)
700 µm x 700 µm Platinum Reference Sites
66
1.3 mm
th ic k n ess 20 µ m
C3
T I P D E TA I L
4 mm
1500 µm 1000 µm
Cuff array can be pre-curved to nerve diameter
850 µm 30 mm 1.05 mm
500 µm
1.05 mm
850 µm
th ic k n ess 20 µ m C3 Cuff designed for 350 µm diameter nerve (customizable)
67
9 mm
T I P D E TA I L
C24
9 mm
1.5 mm
3 mm
353 µm
50 mm 4.475 mm
Holes for penetrating arrays
th ic k n ess C24 Cuff designed for 900 µm diameter nerve.
20 µ m
Sites: 260 µm x 660 µm
68
T I P D E TA I L
E16-20mm-100-177 (Drug Delivery Array) 100 µm
availab le p ac k ages AC UT E D1 6 C HRONIC DM1 6
20 mm 1500 µm
69
0.84 mm
T I P D E TA I L
E16-500-5-200 availab le p ac k ages
1.8 mm 1500 µm
C HRONIC H1 6 HC 1 6 HZ1 6
1500 µm 200 µm 180 µm 500 µm
1.97 mm 500 µm
31,416 µm2
5 mm
th ic k n ess 20 µ m
70
T I P D E TA I L
E32-300-20-50 availab le p ac k ages
1.3 mm 900 µm
C HRONIC H3 2 HC 3 2 HZ3 2
125 µm 300 µm
300 µm
50 µm
20 mm
2100 µm
2.5 mm
th ic k n ess 20 µ m 1,963 µm
2
0.67 mm
71
T I P D E TA I L
E32-600-10-100 availab le p ac k ages
3.6 mm
C HRONIC H3 2 HC 3 2 HZ3 2
250 µm
3.6 mm
600 µm
800 µm
100 µm dia
600 µm
10 mm
3000 µm
7,854 µm2
3000 µm
th ic k n ess 20 µ m
0.69 mm
72
E32-1000-30-200 T I P D E TA I L
availab le p ac k ages C HRONIC H3 2 HC 3 2 HZ3 2
7.4 mm
3000 µm
30 mm
450 µm
200 µm
1000 µm
1000 µm
3.875 mm 31,416 µm2
7000 µm
th ic k n ess 20 µ m
1.64 mm
73
E32-2000-30-100 T I P D E TA I L
availab le p ac k ages C HRONIC H3 2 HC 3 2 HZ3 2
10.7 mm
1600 µm
300 µm
2000 µm
30 mm
5600 µm
100 µm 10.7 mm
2000 µm
10,000 µm
7,854 µm2
th ic k n ess 20 µ m 10,000 µm 1.31 mm
74
E32-3000-20-300 availab le p ac k ages
T I P D E TA I L
10.2 mm
C HRONIC H3 2 HC 3 2 HZ3 2
300 µm 800 µm
3000 µm 3000 µm 24.4 mm
21,000 µm 70,686 µm2
20 mm
9000 µm
th ic k n ess 20 µ m
1.635 mm
75
T I P D E TA I L
E64-500-20-60 2500 µm 60 µm
5.25 mm
C HRONIC H6 4 H6 4 L P HC 6 4 HZ6 4
200 µm
500 µm
20 mm
availab le p ac k ages
2.75 mm
500 µm
5000 µm
th ic k n ess 20 µ m 2,827 µm
2
2.6 mm
76
CS2x2x4-accord-4000-150-575 T I P D E TA I L
4000 µm
4000 µm
4976 µm
7.98 mm
150 mm cable (1 mm width)
575 µm2
th ic k n ess 20 µ m
77
CS2x8-sp-4000-150-275-6-150-600 CS2x8-sp-4000-275-400-4-150-600 T I P D E TA I L
4000 µm
4000 µm
11.9 mm
Spirals flex with movement Dimensions:
150 mm cable (1 mm width)
35.7 mm
150 µm width 275 µm pitch 6 turns OR 275 µm wide 400 µm pitch 4 turns 600 µm diameter
th ic k n ess 20 µ m
78
T I P D E TA I L
CS8x8-seg-2000-150-575 CS8x8-seg-4000-150-575
1000 µm diameter
14,976 µm
575 µm diameter 150 mm cable (1.4 mm width)
2000 µm
th ic k n ess 2000 µm
20 µ m Shown: 2000 µm site spacing
79
T I P D E TA I L
CS8x8-sol-200-60-50
200 µm
200 µm
1.64 mm
2 mm
150 mm cable (1.3 mm width)
50 µm diameter
th ic k n ess 20 µ m
80
T I P D E TA I L
CS8x8-sol-2000-150-575 CS8x8-sol-4000-150-575
1000 µm diameter
14,976 µm
575 µm diameter
2000 µm
th ic k n ess 2000 µm
20 µ m Shown: 2000 µm site spacing
81
M4x8-0.75mm-Buz-600
*Select designs shown. More array designs available at neuronexus.com.
T I P D E TA I L
availab le p ac k ages S MALL ANIMAL Acu te Y- Bracke t S mall An imal C h ro n ic P RIMAT E Pe d e s tal MRI-c o mpatible
52 µm (max) 0.75 mm
52 µm
37 µm 600 µm
33 µm
1800 µm
29 µm
160 µm2
25 µm 21 µm 17 µm 32 µm (min)
40 µm 20 µm 35 µm
8.5 µm
82
175 µm
th ic k n ess 50 µ m
M4x8-2mm-200-400-703 T I P D E TA I L
*Select designs shown. More array designs available at neuronexus.com.
availab le p ac k ages S MALL ANIMAL Acu te Y- Bracke t S mall An imal C h ro n ic
81 µm (max)
P RIMAT E Pe d e s tal 81 µm (max)
MRI-c o mpatible
1400 µm
2 mm
703 µm2
th ic k n ess 50 µ m
200 µm 400 µm 28 µm (min)
1200 µm
83
41 µm
M4x8-5mm-25s-Poly3-200-177
*Select designs shown. More array designs available at neuronexus.com.
79 µm (max)
T I P D E TA I L
availab le p ac k ages S MALL ANIMAL Acu te Y- Bracke t S mall An imal C h ro n ic P RIMAT E Pe d e s tal MRI-c o mpatible
5 mm
79 µm (max) 50 µm 25 µm 74 µm (min) 177 µm2
110 µm
th ic k n ess 50 µ m
200 µm 600 µm
84
M4x8-10mm-100-200-177
77 µm (max)
T I P D E TA I L
*Select designs shown. More array designs available at neuronexus.com.
availab le p ac k ages S MALL ANIMAL Acu te Y- Bracke t S mall An imal C h ro n ic 77 µm (max)
P RIMAT E Pe d e s tal MRI-c o mpatible
10 mm
700 µm
177 µm2
th ic k n ess 100 µm 23 µm (min)
200 µm
600 µm
85
50 µ m 38 µm
3.4 mm 2.75 mm
EM32-400-600-58-200 T I P D E TA I L
*Select designs shown. More array designs available at neuronexus.com.
availab le p ac k ages Matrix Array Platform (400 µm shank spacing, 600 µm platform spacing)
400 µm
S MALL ANIMAL Acu te Y- Bracke t S mall An imal C h ro n ic P RIMAT E Pe d e s tal MRI-c o mpatible
600 µm
58 mm 200 µm (dia) 100 µm (dia)
31,420 µm2
th ic k n ess 20 µ m
86
V1x16-Edge-10mm-100-177 T I P D E TA I L
115 µm (max)
availab le p ac k ages
115 µm (max)
AC UT E V1 6 - 6 0 - 5 0 V1 6 - 1 0 0 - 5 0 V1 6 - 6 0 - 2 0 0 V1 6 - 1 0 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
10 mm 1500 µm
177 µm2
th ic k n ess 100 µm 20 µm (min)
87
40 µm
50 µ m 200 µ m - Du ra pe ne trating
V1x16-Poly2-10mm-50s-177 102 µm (max)
T I P D E TA I L
availab le p ac k ages AC UT E V1 6 - 6 0 - 5 0 V1 6 - 1 0 0 - 5 0 V1 6 - 6 0 - 2 0 0 V1 6 - 1 0 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
102 µm (max)
25 µm 50 µm
10 mm
50 µm 375 µm
177 µm2 68 µm (min)
50 µ m 200 µ m - Du ra pe ne trating
75 µm
43.3 µm
88
th ic k n ess
175 µm (max)
T I P D E TA I L
V1x32-Edge-10mm-60-177 availab le p ac k ages
175 µm (max)
AC UT E V3 2 - 6 0 - 5 0 V3 2 - 1 0 0 - 5 0 V3 2 - 6 0 - 2 0 0 V3 2 - 1 0 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
10 mm 1860 µm
177 µm2
20 µm (min)
89
60 µm 40 µm
th ic k n ess 50 µ m 200 µ m - Du ra pe ne trating
V1x32-Edge-15mm-100-177 T I P D E TA I L
175 µm (max)
availab le p ac k ages 175 µm (max)
AC UT E V3 2 - 6 0 - 5 0 V3 2 - 1 0 0 - 5 0 V3 2 - 6 0 - 2 0 0 V3 2 - 1 0 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
15 mm 3100 µm
177 µm2
20 µm (min)
90
100 µm 40 µm
th ic k n ess 50 µ m 200 µ m - Du ra pe ne trating
V1x32-Poly2-15mm-50s-177 T I P D E TA I L
184 µm (max) 184 µm (max)
availab le p ac k ages AC UT E V3 2 - 6 0 - 5 0 V3 2 - 1 0 0 - 5 0 V3 2 - 6 0 - 2 0 0 V3 2 - 1 0 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
15 mm
775 µm
50 µm
177 µm2
50 µm
75 µm (min)
25 µm
50 µ m 200 µ m - Du ra pe ne trating
75 µm
43.3 µm
91
th ic k n ess
T I P D E TA I L
V1x64-Edge-10mm-50-177 V1x64-Edge-10mm-100-177 availab le p ac k ages
276 µm
AC UT E V6 4 - 6 0 - 5 0 V6 4 - 6 0 - 2 0 0 ( Pa ck a g e - L e n g t h - Th i ck n e s s )
177 µm2
3150 µm (50 µm spacing) 6300 µm (100 µm spacing)
10 mm
50 µm or 100 µm
th ic k n ess 20 µm (min)
40 µm
92
50 µ m 200 µ m - Du ra pe ne trating
Q1x1-tet-3mm-121 Q1x1-tet-5mm-121 Q1x1-tet-10mm-121
3 mm, 5 mm, or 10 mm
availab le p ac k ages
T I P D E TA I L
83 µm (max)
AC UT E Q4 C HRONIC CQ4 HQ 4 _2 1 mm
121 µm2 25 µm
11 µm 83 µm (max)
th ic k n ess 120 µm
93
15 µ m (3 mm, 5 mm) 50 µ m (3 mm, 5 mm, 1 0 mm)
83 µm (max)
T I P D E TA I L
Q1x4-3mm-50-177 Q1x4-3mm-100-177 availab le p ac k ages AC UT E Q4 83 µm (max)
C HRONIC CQ4 HQ 4 _2 1 mm
15 µm
300 µm
3 mm 150 µm 100 µm 50 µm 52 µm (min) 100 µm
th ic k n ess 15 µ m 50 µ m
A1x4-3mm-50-177
94
A1x4-3mm-100-177
Q1x4-5mm-50-177 Q1x4-5mm-100-177 Q1x4-5mm-200-177 availab le p ac k ages
T I P D E TA I L
83 µm (max)
AC UT E Q4 C HRONIC CQ4 HQ 4 _2 1 mm
5 mm 600 µm 83 µm (max) 15 µm 300 µm 200 µm 150 µm
100 µm
th ic k n ess
50 µm 52 µm (min)
15 µ m 50 µ m
100 µm
Q1x4-5mm-50-177
95
Q1x4-5mm-100-177
Q1x4-5mm-200-177
Q1x4-10mm-50-177 Q1x4-10mm-100-177 Q1x4-10mm-200-177
83 µm (max)
T I P D E TA I L
availab le p ac k ages AC UT E Q4 C HRONIC CQ4 HQ 4 _2 1 mm
10 mm
600 µm
83 µm (max)
15 µm 300 µm 200 µm 150 µm 100 µm
th ic k n ess
50 µm 52 µm (min)
50 µ m
100 µm
Q1x4-10mm-50-177
96
Q1x4-10mm-100-177
Q1x4-10mm-200-177
Special Order The list below is a library of unique designs that can be placed on special order. (Selected designs are detailed on the following pages.) Special orders are subject to availability and may require a minimum order quantity. Please be advised that out-of-stock designs may take a longer time for delivery. Standard designs with alternative site areas (such as 312, 413, and 703 Âľm2) and thickness options may also be placed on special order. For further details, contact a NeuroNexus sales representative. A1x4-tet-1.6mm-150-121
A1x32-7mm-100-1250
A2x32-Poly5-10mm-20s-200-100
A4x8-5mm-50-400-177
A8x8-2.5mm-200-200-703
A1x5-1.68mm-200-500-177
A1x32-10mm-100-413
A4x2-tet-5mm-150-200-312
A4x8-5mm-50-400-413
A8x8-5mm-200-200-177
A1x8-4mm-200-1250
A1x32-10mm-100-703
A4x2-tet-5mm-500-400-312
A4x8-5mm-50-400-703
A8x8-5mm-200-200-413
A1x16-3mm-100-413
A1x32-10mm-50-413
A4x2tet-7mm-500-400-312
A4x8-8mm-100-500-177
A8x8-5mm-200-200-703
A1x16-3mm-50-413
A1x32-10mm-50-703
A4x2tet-9mm-1500-170-121
A4x8-8mm-100-500-703
A8x16-3mm-75-200-177
A1x16-5mm-100-413
A1x32-Edge-10mm-100-413
A4x4-3mm-50-125-413
A4x8-10mm-200-200-413
Buzsaki32sp
A1x16-5mm-150-413
A1x32-Edge-10mm-100-703
A4x4-3mm-50-125-703
A4x8-10mm-50-200-VAR
Buzsaki64sp
A1x16-5mm-50-413
A1x32-Poly3-10mm-25s-177
A4x4-3mm-100-125-413
A4x16-3.6/3mm-50-430-177
Buzsaki256
A1x16-Poly2-5mm-50-177
A1x32-Poly3-10mm-50-413
A4x4-3mm-200-200-177
A4x16-5mm-50-500-703
E1x21-27.8mm-250-1800
A1x16-10mm-100-413
A1x32-12mm-dia-413
A4x8-10mm-200-200-177
A8x1tet-2mm-200-312
E16-500-10-VAR
A1x16-10mm-100-703-Pt
A1x32-15mm-100-413
A4x8-10mm-200-200-703
A8x4-2mm-100-200-177
E16-barrel-6-100
A1x16-Poly2-10mm-100-625
A1x32-15mm-100-703
A4x8-10mm-200-500-413
A8x4-2mm-100-200-413
E32-80s-15-15
A16x1-2mm-50-413
A1x32-15mm-50-413
A4x8-4mm-200-400-1250
A8x4-2mm-100-200-703
E32-1000-20-50/100
A16x1-2mm-50-703
A1x32-15mm-50-703
A4x8-5mm-100-200-413
A8x4-2mm-200-200-177
LFP8-TetrodeSD
A16x1-2mm-100-413
A1x64-Poly2-6mm-235-160
A4x8-5mm-100-200-703
A8x4-2mm-200-200-413
Isomura2
A16x1-2mm-100-703
A2x2-tet-3mm-150-150-312
A4x8-5mm-100-400-413
A8x4-2mm-200-200-703
Isomura32
A1x32-Edge-5mm-100-413
A2x8-11mm-125-200-177
A4x8-5mm-200-200-177
A8x4-2mm-50-200-177
rDBSA
A1x32-Edge-5mm-100-703
A2x16-10mm-100-500-413
A4x8-5mm-200-200-413
A8x4-2mm-50-200-413
A1x32-6mm-100-413
A2x16-10mm-100-500-703
A4x8-5mm-200-200-703
A8x4-2mm-50-200-703
A1x32-6mm-100-703
A2x16-10mm-50-500-413
A4x8-5mm-200-400-413
A8x8-10mm-200-200-413
A1x32-6mm-50-413
A2x16-10mm-50-500-703
A4x8-5mm-200-400-703
A8x8-10mm-200-200-703
A1x32-6mm-50-703
A2x32-6mm-235-160
A4x8-5mm-50-200-413
A8x8-2.5mm-200-200-177
A1x32-6mm-50-95
A4x1-tet-3mm-150-312
A4x8-5mm-50-200-703
A8x8-2.5mm-200-200-413
97
A1x8-2.5mm-150-413
A3x5-1.68mm-200-500-177 NOTE: Sharp tip angle (18°)
1050 µm
2.5 mm
413 µm2 59 µm (tapers to 100 µm+)
1.68 mm 1000 µm
625 µm2 200 µm
150 µm 32 µm
125 µm 1000 µm
98
232 µm
LFP8-TetrodeSD
Isomura2
400 µm
127 µm
1200 µm
Tetrode Site Area: 312 µm2 Tetrode Spacing: 25 µm Other Site Area: 413 µm2 10 mm 5 mm 413 µm2
250 µm 150 µm 3920 µm 260 µm2 1185 µm
25 µm
100 µm 75 µm
100 µm
99
600 µm
A1x16-Poly2-5mm-50-STD-177
A1x16-Poly2-10mm-100-625 NOTE: Pt site configuration may be available for electrochemical studies
420 µm
136 µm
200 µm 68 µm
10 mm
700 µm
625 µm2
350 µm 5 mm 177 µm2
100 µm 50 µm
129 µm
68 µm 1000 µm
75 µm
50 µm
178 µm
100 µm
100
A1x4-tet-1.6mm-150-121
A2x8-11mm-125-200-177
NOTE: Designed to interface with wire-based tetrode drives. Also available in a 3-tetrode configuration.
84 µm
64 µm 121 µm2
42.5 µm
450 µm 11 mm
875 µm
84 µm
177 µm2
150 µm 1.6 mm 125 µm
69 µm 27 µm
50 µm
50 µm 200 µm
101
A4x4-3mm-200-200-177
A1x32-7mm-100-1250
240 µm
240 µm
74.8 µm 3100 µm
4200 µm2 1250 µm2
177 µm2
3 mm
7 mm
500 µm
600 µm
200 µm
33 µm
600 µm
50 µm 43 µm
200 µm
102
100 µm 72 µm
A1x32-12mm-dia-413
A1x32-Poly3-10mm-25s-177
400 µm
210 µm
177 µm2 10 mm
12 mm
117 µm
550 µm
413 µm2
275 µm
50 µm
68 µm
25 µm 68 µm 62 µm
100 µm 25 µm 50 µm
103
Isomura32
A4x8-8mm-100-500-703
4200 µm2
200 µm
121 µm
151 µm
300 µm
312 µm2 1050 µm
7 mm
700 µm
150 µm
150 µm
69 µm
8 mm 703 µm2 129 µm
91 µm
1000 µm
100 µm
900 µm 33 µm
61 µm
50 µm
250 µm
1500 µm
104
A4x8-10mm-50-200-VAR
A4x8-10mm-200-200-413
59 µm
150 µm 53 µm 25 µm2
50 µm2
70 µm2 1400 µm
100 µm2
350 µm
10 mm
10 mm
50 µm
2
25 µm2 413 µm2 25 µm2
25 µm2
500 µm
50 µm
200 µm
11 µm 50 µm
33 µm
600 µm
600 µm
105
50 µm 200 µm
A4x2-tet-7mm-500-400-312
A4x2-tet-9mm-1500-170-121 74.8 µm
95 µm
312 µm2
1500 µm
500 µm
9 mm
7 mm
1500 µm
1000 µm
83 µm 50 µm
65.2 µm 121 µm2
1200 µm
510 µm
106
170 µm
A8x4-2mm-50-200-177 A8x4-2mm-100-200-177 A8x4-2mm-200-200-177
A1x64-Poly2-6mm-23s-160 NOTE: High Density Design. May contain up to 15% irregular sites.
53 µm 115 µm
23 µm
60 µm
150 µm, 300 µm, or 450 µm
177 µm2
160 µm2
6 mm
2 mm
30 µm 25 µm
50 µm, 100 µm, or 200 µm
19 µm 33 µm
27 µm
1400 µm
1449 µm
50 µm 200 µm
107
22 µm
A2x32-5mm-25-200-177
A2x32-Poly2-6mm-23s-200-160 NOTE: High Density Design. May contain up to 15% irregular sites.
97 µm
775 µm 23 µm
5.27 mm 5 mm
6 mm 30 µm 177 µm2
25 µm 19 µm
25 µm 33 µm 27 µm
22 µm 50 µm
200 µm
200 µm
108
A8x8-5mm-200-160
A2x32-Poly5-10mm-20s-200-100
52 µm
37 µm
99 µm
33 µm
10 mm 29 µm 5 mm 25 µm
170 µm
21 µm 60 µm 17 µm 20 µm
30 µm
100 µm2
28 µm (min)
200 µm
200 µm
109
22 µm 8.5 µm
A4x16-3.6/3mm-50-430-177
A4x16-5mm-50-500-703
69 µm
750 µm
750 µm
117 µm 703 µm2
3 mm
5 mm
1000 µm
3.6 mm
177 µm2
50 µm
600 µm
1000 µm
50 µm 33 µm
28 µm 1290 µm
50 µm 430 µm
1500 µm
110
A8x8-2.5mm-200-200-177 A8x8-2.5mm-200-200-703 A8x8-5mm-200-200-177 A8x8-5mm-200-200-703
A8x16-3mm-75-200-413 NOTE: High Density Design - mates to a custom A-style board. May contain up to 15% irregular sites.
60 µm
73 µm
1400 µm
1125 µm
177 µm2 or 703 µm2
100 µm
200 µm 2.5 mm/ 5 mm
413 µm2 3 mm
200 µm
75 µm 33 µm 1400 µm
25 µm
50 µm 200 µm
1400 µm
111
50 µm 200 µm
A5x12-Poly2-5mm-20s-lin-160
E16-Barrel-6-100 NOTE: Site arrangement mapped for a rat barrel cortex based on Polley Nature 2004 paper
6 mm
0.35 mm 160 µm2
5 mm
7,854 µm2
130 µm
370 µm
100 µm
35 µm
17.32 µm 800 µm
112
E16-500-10-VAR
E1x27-27.8-250-1800
NOTE: Designed for investigating the relationship between site area and recorded ECoG
NOTE: Designed for cochlear use. The probe substrate is designed to be flexible to allow for integrating with a customized carrier to fit the user’s specific application.
5 mm
1500 µm
0.84 mm 600 µm dia
400 µm 500 µm
200 µm dia 500 µm
250 µm
1500 µm
100 µm dia
1800 µm2
50 µm dia
10 mm
113
27.8 mm
E32-1000-20-50/100 NOTE: Designed with alternating site arrangements for stimulation and recording
5.45 mm 1000 µm
1.68 mm 1000 µm 6500 µm
8.68 mm
500 µm
1,963 µm2 50 µm dia (for recording) 7,854 µm2 100 µm dia (for stimulation)
20 mm 4000 µm
114
114