Total weight: 0.32g
Affordable Tools for Neuroscience Research
About Our Products
Currently MLP provides 8 different acute probes differing in probe shank length and electrode diameter to cover a variety of different neuroscience applications.
We strive to support research needs without the typical markup of other probes on the market, providing the same performance at a reasonable cost.
Total weight: 0.32g
Shank length: 10mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 30um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <500k ohms (Max 1M ohms)
Total weight: 0.32g
Shank length: 10mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 15um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <800k ohms (Max 1.5M ohms)
Total weight: 0.32g
Shank length: 6mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 30um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <500k ohms (Max 1M ohms)
Total weight: 0.32g
Shank length: 6mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 15um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <800k ohms (Max 1.5M ohms)
Total weight: 0.32g
Shank length: 6mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 30um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <500k ohms (Max 1M ohms)
Total weight: 0.32g
Shank length: 6mm
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 15um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <800k ohms (Max 1.5M ohms)
Total weight: 0.32g
Shank length: 2mm*
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 30um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <500k ohms (Max 1M ohms)
Total weight: 0.32g
Shank length: 2mm*
Max shank width: 84um
Shank thickness: 50um
Electrode count: 32 (linearly arranged)
Electrode diameter: 15um
Electrode spacing: 50um
Distance of first electrode from probe tip: 50um
Channel impedance: <800k ohms (Max 1.5M ohms)
* M7/M8 probes have 3mm & 4mm shank lengths available
Weight (excluding probe): 0.85g
There is one GND pad and one REF pad on each adaptor, connected to the GND and REF in the probe board respectively. Wires can be solded to the two pads on the adaptor.
Same form factor without omnetics, can protect probe connector during surgery.
Probes (M1 - M8): $60 per unit
Minimum order of 10.
A32-1 Adaptor: $75
A32-1D Dummy: $20
Shipping costs will be charged based on order size and shipping location.
ML Precision was founded to provide neural probes at reasonable cost.
"Gen1 MLP probes are the perfect tool for low-cost
high density LFP/MUA recordings. The devices are reliably low
impedance and remain stable throughout weeks-long chronic recordings.
Of course, the biggest feature is the price, which absolutely cannot
be beat. The price point makes these devices accessible to many more
labs employing riskier and higher throughput experimental
preparations. With cost posing less of a barrier to entry, ML
Precision is well poised to change the role that extracellular
electrophysiology plays in understanding normal cognitive processes
and neural disease. Looking forward to Gen2 devices suitable for
recording single unit activity!"
-Sam McKenzie
Assistant Professor Dept. of Neurosciences UNM HSC,
Albuquerque, NM
"We have been using these probes for several months in conjunction
with two-photon imaging. They are affordable, well designed, robust
and long-lasting. Their signal quality is at least as good as that of
any other silicon probe I have previously used."
-Andres Grosmark
Assistant Professor Dept. of Neuroscience University
of Connecticut Medical School
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