EIB Development

We developed a series of customized electronic interface boards (EIBs) for chronic in vivo recordings. We partnered with Connected Future Labs for this project. Please email el1417 at hunter.cuny.edu if you are interested in our designs.

3D Printing (Printed on Formlabs printer)

We're building a library of customized 3D printed designs for drives used in chronic recordings.

STL files for implants published in Harris A.Z., Golder D., Likhtik E. (2017) Current Protocols in Neuroscience

Stage

Peg

Bilateral Fiberoptic Inserts (3mm and 6mm)
Bilateral Fiberoptic Insert 3mm (Blender)

Bilateral Fiberoptic Insert 3mm (STL)

Bilateral Fiberoptic Insert 6mm (Blender)

Bilateral Fiberoptic Insert 6mm (STL)

Resin: Tough 1500, layer thickness: 0.05mm

(by G. Lifshits)

Multi-component Fiberoptic Insert (1.125mm)

Multicomponent Bilateral Fiberoptic Insert 1.125 mm - Upper Part (Blender)

Multicomponent Bilateral Fiberoptic Insert 1.125 mm - Upper Part (STL)

Multicomponent Bilateral Fiberoptic Insert 1.125 mm - Lower Part (Blender)

Multicomponent Bilateral Fiberoptic Insert 1.125 mm - Lower Part (STL)

Resin: Tough 1500, layer thickness: 0.05mm

(by G. Lifshits)