Yaoyang Kangda KT-90A Neuromuscular Electrical Stimulator Originally named the Nerve Injury Therapy Device, it is an instrument designed to enhance patients' muscle tone. It is simple to operate, portable, and suitable for home use by patients. Features a unique wide pulse width that effectively stimulates denervated muscles and improves muscle tone.

Pulse waveform, frequency, and output intensity are all adjustable.

Three independent output channels allow simultaneous treatment of three patients or three areas.

Timer settings offer six options from 30 minutes, divided into intervals.

Main Indications of Yaoyang Kangda KT-90A Neuromuscular Electrical Stimulator

The product is used for the treatment of complete and partial denervation disorders.

It uses low-frequency pulse currents to stimulate denervated muscles, inducing rhythmic contractions, increasing muscle tone, maintaining muscle "health," delaying muscle atrophy, and promoting nerve recovery. Meets the requirement of at least 10ms pulse width for reliable excitation of denervated muscles, ensuring stimulation of muscles affected by denervation injuries and low-tension cerebral palsy in children.

Three-channel output with continuously adjustable frequency and independent stimulation intensity adjustments, allowing simultaneous treatment of three patients or three areas.

Based on the patient's condition, treatment can be selected between "partial" and "complete" denervation modes.

Accurate computer timing with six settings: 5, 10, 15, 20, 25, and 30 minutes, with an alarm function at the end of treatment.

Features output lock function; if the output adjustment potentiometer is not at zero, output cannot be initiated.

Capable of bipolar electrical stimulation, single-point motor point electrical stimulation, acupoint therapy, and, in "partial denervation mode," connecting with fine needles for electroacupuncture treatment.

[Indications]

This product is used for the treatment of complete and partial denervation disorders. Limb paralysis Nerve paralysis Motor dysfunction Peripheral nerve injury Muscle weakness Muscle atrophy