Ultra thin and flexible

Micron level thickness, only a fraction of a human hair, with a small proportion in the brain; Using flexible materials that closely adhere to brain tissue; Excellent biocompatibility.

Anti-fall design

The unique anti drop electrode design allows the electrode to pulse with the brain, effectively preventing relative movement between the electrode and brain tissue, and achieving long-term stable collection of neural signals.

high precision

2D motion trajectory decoding, with an average trajectory error in millimeters; The accuracy of pure brain controlled experiments is close to 100%.

High real-time performance

The high channel decoding algorithm takes about 1 ms, which is 100 times faster than traditional algorithms; In pure brain controlled experiments, the completion time of motor imagery paradigm is 37% faster than natural hand movements.

high versatility

Adapt to multiple paradigms and support different clinical scenarios; The model supports rapid adaptation across days and individuals.

precise

A high-precision operation and control platform based on "visual servoing" technology, equipped with multiple sets of high-definition cameras, to achieve fast and accurate target positioning. Combined with intelligent operation control algorithms, its positioning accuracy can reach the cellular level.

intelligence

Automatically plan the position and depth of electrode implantation, intelligently avoid dangerous areas such as blood vessels, and achieve full process intelligence and automation of electrode implantation.

efficient

The implantation time of a single electrode wire is less than 30 seconds, and multiple electrode wires can be continuously implanted. Within half an hour, the implantation of a thousand channel electrode can be completed, greatly improving surgical efficiency.