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Microelectrode Array

The FMA, primarily designed for chronic recording and stimulation in large animal cortex, has also proven successful in small animal and peripheral nerve studies.

The FMA, primarily designed for chronic recording and stimulation in large animal cortex, has also proven successful in small animal and peripheral nerve studies.

The FMA, primarily designed for chronic recording and stimulation in large animal cortex, has also proven successful in small animal and peripheral nerve studies.

20%OFF

Apply the promotional code when filling out your Online Design Form “FMA24

Apply the promotional code when filling out your Online Design Form “FMA24

Valid till July 6, 2024
1 to 5 units, you'll get 15% off.
6 or more units, you'll get 20% off.

Apply the promotional code when filling out your Online Design Form “FMA24

* Valid till July 6, 2024
1 to 5 units, you'll get 15% off.
6 or more units, you'll get 20% off.

MBA

Ideal and unique approach for recording and/or stimulating small neural pools below the cortical surface, and unparalleled chronic deep brain single unit recording performance.

- Up to 96 microwires.
- 0.5 - 2 mm.
- Multiple connectors will be splayed al an angle to allow more

than one headstage to be connected simultaneusly.

- Silicone Strain Relief.

- Connectors angled to accommodate multiple headstages.
- Ground Wire.

FMA - Length

A sophisticated neural interface used for stimulation and/or recording in acute and/or chronic experiments.
The perfect choice for intracortical, subcortical, spinal cord or peripheral nerve bundle studies.

LMA
The LMA is an extremely customizable linear array alternative that features positionable electrode sites, simultaneous recording and stimulation, and a rugged design that allows for the penetration of dural membrane and reusability over multiple acute insertions.

Provides multiple contacts along one or more shanks, for acute or chronic experiments.

Linear Microelectrode Array
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Microprobes Team Members

Welcome to Microprobes

Microprobes for Life Science provide researchers across the globe with the highest quality microelectrodes and microelectrode arrays for all types of electrophysiology studies both in vivo and in vitro, chronic and acute.

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Featured Products

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  • Wireless Floating Microelectrode Array

    The WFMA is by design intended to be implanted in large groups of up to 127 randomly addressable devices controlled MORE
  • Floating Array

    A sophisticated neural interface that is typically best suited for chronic recording and/or stimulation in large animal cortex. MORE
  • Nerve Cuff

    Microprobes Nerve Cuff Electrodes are designed for reliable recording and/or stimulation for peripheral nerves. MORE

Latest News & Events

The FMA : Floating Microelectrode Array

Trusted by researchers worldwide for over 15 years for far-chronic cortical unit recording, the FMA has been proven a powerful and versatile tool for all types of electrophysiology...

LMAv2 - The Second-Generation Linear Microelectrode Array

The Second-Generation Linear Microelectrode Array.

First human implantation of the WFMA for intracortical visual prosthesis

Microprobes for Life Science is proud to announce that the WFMA (Wireless Floating Microelectrode Array) has been successfully implanted into a human subject for the first time.

Progress of the Intracortical Visual Prosthesis Project (ICVP)

Progress of the Intracortical Visual Prosthesis Project (ICVP)

Microprobes for Life Science is proud to announce that the WFMA (Wireless Floating Microelectrode Array) has been successfully implanted into a human subject for the first time.

Custom Clustered FMA for Chronic Freely-Behaving Rodent

Custom Clustered FMA for Chronic Freely-Behaving Rodent

At Microprobes for Life Science, we have the privilege of assisting hundreds of investigators worldwide in the design and selection of the most appropriate probes for their researc...