Advanced Electrophysiology Systems

Built around our world-leading silicon neural probe technology

Ready-Made optrodes


Take a closer look at our ready-made, reusable and minimally-invasive acute optrodes for single unit electrophysiology + optogenetics. Available with a choice of fibers for surface- and deep-brain illumination, in combination with our silicon neural probes.

Join our team!


We want to hire an experienced graduate or post-doc neuroscientist to join our technical sales team...

You'll have skills in in-vivo neurophysiology with experience of optogenetics, behavioural neuroscience and surgical techniques. We'll keep you busy with a wide range of scientific problem-solving in helping our diverse user-community adapt and exploit our tools and technologies in their own experiments.

Contact us with your CV now.

high-res laminar recording


See our newest laminar H3 silicon neural probe in action spanning CA1 to dentate gyrus with 20 micron resolution. The rich dataset of single units and high resolution laminar LFP activity is truly impressive! See more in-vivo data here.

Supporting a global community of neuroscientists across academia and industry

See what our user-community has to say about their experiences with our technology...
Nicolas Mallett
"I got beautiful 'multi-multi' single cell recordings using both your acute 32 channel and 64 channel probes in rodents. The recording quality was truly incredible with huge spikes all over the place; definitely some of the best recordings I have seen using silicon probes so far!!"

Nicolas Mallett

Lab Head, University of Bordeaux, France.

Brain area: Striatum and globus pallidus Species: Rats and Mice

Tim Brown
"…the units were probably the best I have ever seen in that brain region so my initial impressions are very good."

Tim Brown

Lab Head, University of Manchester, UK

Brain Area: LGN and hypothalamus Species: Mouse (anaesthetised)

Maxym Myroshnychenko
"I used the electrode yesterday, and its performance was stellar! I hope we can order more soon. "

Maxym Myroshnychenko

Lab of Christopher Lapish, Indiana University - Purdue University Indianapolis, USA

Brain Area: Prefrontal cortex. Species: Rat