Advanced Electrophysiology Systems

Built around our world-leading silicon neural probe technology

New Micro-ECoG Arrays

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New High-Resolution Micro-ECoG ArraysNeural Probes

Our ECoG arrays provide high-resolution recording from up to 64 channels on the brain surface:

  • Ultra-conformal - 5x thinner than the nearest competition!
  • Excellent signal to noise small electrodes with impedance < 100 KOhm
  • Thru-holes to reduce CSF-shunting between the array and the brain surface

Combine with our silicon neural probes for true 3-D recording and partner with our new miniature wired and wireless digital headstages...


New Probe Add-ons...

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New Add-Ons for Our Probes and ECoG Arrays

Customize your probes and ECoG arrays with additional break-out wires, user-defined 3-D probe stacking and sharpened probe tips.

  • Add EEG / EMG wires for multi-modal recording
  • 3-D probe stacking - build your own custom 3-D probe arrays
  • Sharpened prob tips - capable of penetrating rodent dura; minimal tissue drag when crossing the pia mater too!

Miniature Headstages

headstages-front.jpg#asset:1466Next-Generation Miniature Wired and Wireless Digital Headstages

Allow your animals the freedom to exhibit natural behaviour with the power of miniature wired or wireless, high-channel count electrophysiology and optogenetics, free from cumbersome tethers and commutators.

  • No more bulky, hard-to-connect Omnetics connectors -on-head digitization lightweight and space-saving footprint (starting at just 3 x 7 mm)
  • Modular and scalable - Spikes, LFP, ECoG and EEG... record more than ever before with hundreds of channels, even in mice
  • Multi-functional Add-ons Available
  • Plug-n-Play - mate directly with our miniature-connector range of Molex chronic probes and ECoG arrays

Supporting a global community of neuroscientists across academia and industry

See what our user-community has to say about their experiences with our technology...
Gyorgy Buzsaki
"For our application combining chronic imaging and electrophysiology, 3-D chronic probe stacks mounted on nano-Drives are unparalleled... allowing high SNR, high density recording across multiple regions. Our project would not be possible without this technology."

Gyorgy Buzsaki

Lab Head, NYU School of Medicine, New York, USA

Brain Area: cortex Species: Mouse

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

Sara Aton
"My students and I unanimously prefer these probes over various others that we have tried. The signal to noise ratio is excellent, and the design is sturdy and robust. For acute recordings, these are the best-engineered and most user-friendly probes I've worked with."

Sara Aton

Lab Head, University of Michigan, USA

Brain area: Hippocampus Species: Mice