Electronic Muscle Stimulation Training

Electronic muscle stimulation training, short for Electronic Muscle Simulator, a state-of-the-art device that simulates Muscle bioelectricity to trigger Muscle contractions. The basic idea is to simulate electrical signals from the brain using low-frequency electrical impulses to trigger muscle contractions. It is usually generated by an external device and delivers low-frequency pulses directly to the target muscle through electrodes that touch the skin. Low-frequency pulses mimic the motor information transmitted from the central nervous system and cause muscles to contract.

At present, there are some EMS devices that use metal wire to connect rubber or silica gel electrode at one end and control terminal at the other end to achieve EMS electrical stimulation of muscles. Another part of EMS equipment USES silver fiber conductive wire and silver fiber conductive cloth instead of metal wire and silica gel electrode. However, these EMS devices can only be used in the gym. With the progress of technology, these products can no longer meet the fitness needs of all scenarios, and the market needs a more portable EMS device with better hidden functions.

electronic muscle stimulation training fat thin body smart pants works for runners electronic muscle stimulation training equipment (hereinafter referred to as the running pants), dressing runners in running pants running can greatly enhance exercise effect, reduce training time, at the end of the run can also open the massage function of muscle relaxation.

electronic muscle stimulation training have the following characteristics:

1. Comfortable to wear. The fabric of running suit is knitted elastic fabric, comfortable to touch the skin, good sweat absorption and air permeability, and it is the close-fitting fabric for professional athletes.

2. Moderate elasticity, average pressure in each part of the body, electric stimulation parts closely fit the body.

3. The overall light weight changes the impression of wearables' heavy weight.