The Nanochap High-Precision TENS Device NPT210601 is designed specifically for basic research in the life sciences. Incorporating an in-house-developed neural stimulation chip, it provides programmable current output over a wide range with high accuracy and supports multiple waveform types. A selection of electrode types allows the system to accommodate a variety of experimental paradigms, including transcutaneous stimulation, muscle stimulation, cerebral cortical stimulation, stimulation of deep brain nuclei, and experiments using animal models. It provides stable, reliable hardware support for research into the modulation of neural signals.

The Nanochap High-Precision TENS Device NPT210602 is designed specifically for rehabilitation and transcutaneous electrical stimulation applications. It incorporates an in-house-developed core chip and supports multiple stimulation waveform types. A selection of electrode types allows flexible configuration for various experimental paradigms, including transcutaneous stimulation and muscle stimulation. Synchronized multichannel output enables precise modulation of muscle and peripheral nerve function.

The NanoChap High-Precision tES Device NPT210603 is designed for transcranial neural stimulation and clinical trial applications. It incorporates an in-house-developed core chip and offers a selection of electrode types for flexible configuration across various transcranial stimulation experimental paradigms. Coordinated multichannel operation and multiple output modes enable precise modulation of neural signals through transcranial stimulation.