MICROSCALE, BIOELECTRIC FIBERS
Our advanced fiber technology draws from the textile and telecommunications industries to deliver the next generation of neural interfaces. Our fibers are hair-thin, flexible, and biocompatible–designed to move and seamlessly integrate with the human body. The technology offers a new paradigm for minimally-invasive and multifunctional neural interfacing for a wide range of applications.
EVSTIM
Next-generation neuromodulation:
designed for the human body.
The evStim device represents a breakthrough in minimally-invasive neuromodulation. While today’s neuromodulation devices require invasive surgical approaches, evStim can be delivered through an endovascular procedure with just a small incision, similar to a routine stent placement.
The device is made from a hair-thin bioelectronic fiber coiled into a helical shape to anchor inside the blood vessel, where it delivers precise stimulation through the vessel wall to the target tissue.
IO fiber
The IO fiber is an all-in-one research solution for neuroscientists and beyond.
This multi-functional device combines electric and optogenetic stimulation and recording with a fluidic channel, enabling diverse experiments from a single MRI-compatible device.
Scientific Publications
Based on a decade of research at MIT, our fiber technology has been used to interface with the brain, spinal cord, nerves, muscles, and GI tract.
