Neuroscience seeks to understand and treat brain disorders by recording and analyzing neural activity and delivering targeted stimulation. Precise tools are essential for unlocking the complexities of brain function and improving treatments.
<Neural signal measurement and stimulation system>
The Problem
Over 1 billion people worldwide suffer from neurological disorders. Current neural signal technologies are expensive, fragile, and often invasive. Conventional silicon-based probes can break or cause damage during insertion, limiting both early diagnosis and targeted treatment.
Our Solution
Using our innovative nano- and micro-electrode technology, we developed a Smart Neural Probe with key advantages:
Flexible film-type design: Doesn’t break or cause damage when inserted
High signal precision: Accurately captures and stimulates neural activity
Mass production capability: Enables cost-effective and scalable deployment
Our probe offers a safer, more accessible platform for neural diagnostics and therapy.
Neuroscience seeks to understand and treat brain disorders by recording and analyzing neural activity and delivering targeted stimulation. Precise tools are essential for unlocking the complexities of brain function and improving treatments.
<Neural signal measurement and stimulation system>
The Problem
Over 1 billion people worldwide suffer from neurological disorders. Current neural signal technologies are expensive, fragile, and often invasive. Conventional silicon-based probes can break or cause damage during insertion, limiting both early diagnosis and targeted treatment.
Our Solution
Using our innovative nano- and micro-electrode technology, we developed a Smart Neural Probe with key advantages:
Flexible film-type design: Doesn’t break or cause damage when inserted
High signal precision: Accurately captures and stimulates neural activity
Mass production capability: Enables cost-effective and scalable deployment
Our probe offers a safer, more accessible platform for neural diagnostics and therapy.
