I. Overview and Features of the Complete Denervation Therapy Device:

 The KT-1 Neuromuscular Stimulator (formerly known as the Complete Denervation Therapy Device) is a computer-controlled low-frequency therapy device developed by our company. The original device had a single pulse width of 10ms. With technological advancements and the demands of medical institutions, there is a need for products that are safe, comfortable, multifunctional, and versatile. Our company has made the following improvements: pulse width: 0.4-10ms, independently adjustable across four channels; frequency: 0.2-15Hz, independently adjustable across four channels; treatment time: independently settable for each of the four channels; output intensity: independently adjustable across four channels; output waveform: unidirectional square wave and asymmetric bidirectional wave with slope. This upgraded device is widely used in clinical settings, offering greater safety and comfort, making it an ideal low-frequency therapy device in the field of neurological rehabilitation. 

II. Clinical Applications and Scope of the Complete Denervation Therapy Device: 

This device is designed based on frequency pulse electrotherapy, taking into account the physiological and pathological characteristics of neuromuscular tissues. It selectively applies unidirectional or asymmetric bidirectional waves of varying pulse widths to different muscle fiber tissues. It is particularly suitable for treating complete and partial paralysis, such as facial paralysis, with excellent therapeutic effects. At a pulse width of 2ms, the device can perform super-stimulation therapy. At a pulse width of 1ms, it is specifically effective for treating neuropraxia without muscle denervation. With a pulse width of 10ms and an asymmetric bidirectional wave featuring rise and fall times, the pulse wave has a slope, effectively avoiding normal nerves and targeting damaged nerves. As it is a bidirectional wave, the human body can tolerate higher current stimulation for extended periods without electrolysis, ensuring patient comfort. The device’s low-frequency option (0.2Hz) plays a critical role in locating motor points and administering nerve point injections for drug therapy. 

Clinical Applications:

Tongji Medical College Tongji Hospital uses this device to treat conditions such as brachial plexus nerve, axillary nerve, ulnar nerve, median nerve, sciatic nerve, and femoral nerve disorders.

Sun Yat-sen University Second Affiliated Hospital in Guangzhou uses the device to stimulate diseased skeletal and smooth muscles, treat lower motor neuron paralysis, muscle spasms, and detect motor nerve points.

Kunshan People's Hospital in Jiangsu uses the device with pen electrodes to treat facial paralysis, nerve palsy, cerebral palsy, and functional impairments caused by sequelae of cerebrovascular diseases, with good results.

Hangzhou Xinhua Hospital uses the device to treat hyperosteogeny, lumbar muscle strain, sprains and contusions, osteoarthropathy, and muscle denervation caused by peripheral nerve injuries.

Over the past five years, thousands of patients have been treated. They find the device easy to use and highly effective.

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