Nanochap Nerve Electrical Stimulation Chip Stim Engines Series NS4 in the Micro-current Gua Sha Instrument on the Use of Multi-functional Multi-speed

2024-02-19 Nanochap News
nerve electrical stimulation chip,neuroelectric stimulation chip,Multifunctional Neurostimulation Chip,NS4

Microcurrent scraping equipment or micro-current Gua Sha Instrument is an instrument that combines microcurrent technology and scraping therapy. It uses a weak electric current to stimulate the skin to achieve the effect of promoting blood circulation, reducing pain, and promoting tissue repair. Compared with traditional manual scraping, microcurrent scraping equipment can more precisely control the strength and manner of scraping to improve the therapeutic effect.


First of all, the Nanochap nerve electrical stimulation chip Yuan Shen NS4 uses constant current source stimulation, with a total of 16 gears, supporting an output stimulation of 3.6~57.6mA. This design can accurately control the charge density so that the stimulation can effectively act on the target nerve fiber or network. The different levels can be adjusted according to individual needs, allowing users to get the best stimulation effect according to their conditions and needs.


Secondly, through the push-pull structure of the current source and current absorber, the Nanochap neuroelectric stimulation chip Yuan Shen NS4 realizes a biphasic current waveform output, thus achieving charge balance. This design allows the current generated by the stimulation to be distributed in a balanced manner in both positive and negative directions, effectively reducing the concentration of the current in one direction and alleviating the discomfort caused by the stimulation. At the same time, the charge balance also avoids the adverse effects of too much or too little current on the human body, ensuring the safety and effectiveness of the stimulation.

The use of Nanochap nerve electrical stimulation chip Yuan Shen NS4 on micro-current scraping equipment is characterized by multi-functionality and multi-speed. In addition to the general effects that can be used to relieve pain, improve blood circulation, and relax muscles, it can also be used for targeted stimulation according to specific conditions. Different stimulation gears and waveforms can achieve different therapeutic effects, enabling users to better meet individualized needs.


To summarize, Nanochap nerve electrical stimulation chip Yuan Shen NS4 in the micro current scraping equipment on the use of not only achieves a variety of effects but also provides users with a variety of gears and stimulation options. It adopts the design of constant current source stimulation and precise control of charge density, as well as the charge balance realized by the push-pull structure formed by the current source and current absorber, which makes the stimulation more safe and effective.


Nanochap NS4 Multifunctional Neurostimulation Chip Advantages and Features

1. low application cost, the chip can realize a variety of stimulation modes to support a variety of terminal applications, the chip only needs to add a small number of peripheral components can be built to achieve its stimulation function.

2. High integration: integrated battery charging module, power switch, high voltage boost converter, and multi-mode constant current source stimulation module.

3. Low standby power consumption: standby current 2μA.

4. Analgesic (TENS), muscle building (EMS - ASP), and rehabilitation (EMS - RP) modes.

5. Low power consumption, ≤1μA under sleep.

6. Biphasic constant current source stimulation, high safety.

7. Built-in twelve kinds of professional waveforms, good stimulation effect.


Product Parameters

Operating voltage range: 3.7V~5V

Operating temperature range: 0 ~ 85℃

Operating frequency: 1MHz

Power Supply: Battery, USB or Wireless Charger

Self-starting internal oscillator

Integrated High Voltage Boost Converter with Overvoltage Limiter

Integrated multi-mode current stimulator

Constant current source output

Low standby power consumption

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