KT-1 neuromuscular stimulator (nerve injury)

Introduction to -type neuromuscular stimulator
. ㈠: Overview and characteristics of -type neuromuscular stimulator
. -type neuromuscular stimulator is a computer-controlled low-frequency therapeutic instrument developed by our company. The original instrument pulse width is single. With the development of science and technology and the needs of medical institutions, products need to be safer and more comfortable. One machine has multiple uses and one machine has many functions.
. On the basis of the original, our company changed the instrument to: pulse width: .~, four channels independently adjustable. Output waveform: one-way square wave and asymmetric two-way wave with slope.
. This improved instrument has extremely wide clinical applications, is safer and more comfortable, and is an ideal low-frequency therapeutic instrument in the neurological rehabilitation field.
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. ㈡: Clinical application and scope of -type neuromuscular stimulator
. This instrument is based on frequency pulse electricity Therapy is designed based on the physiological and pathological characteristics of neuromuscular tissue. Unidirectional waves or asymmetric bidirectional waves with different frequencies and different pulse widths are used to selectively act on different fiber tissues of the muscle. Especially suitable for the treatment of complete and partial paralysis of the body. For example, the treatment of facial paralysis has good results.
. If the pulse width is high, the machine can perform super-stimulation therapy. When the pulse width is high, it is targeted at treating nerve apraxia without muscle denervation. When the pulse width is high, the asymmetric bidirectional wave has a rise and fall time, and the pulse wave has a slope, which can effectively avoid normal nerves and target damaged nerves. Because it is a two-way wave, the human body can receive larger current stimulation for a longer period of time, electrolysis is less likely to occur, and the human body feels comfortable.
. Since this instrument has a lower frequency (.) selection, it plays a key role in searching for movement points and nerve point injection treatment.
. Clinical application: Tongji Hospital of Tongji Medical University uses this instrument to treat diseases of the brachial plexus, axillary nerve, radial nerve, ulnar nerve, median nerve, sciatic nerve, femoral nerve and other diseases. The Second Affiliated Hospital of Sun Yat-sen University in Guangzhou uses this instrument to stimulate the treatment of diseased skeletal muscles and smooth muscles. Lower motor neuron paralysis, muscle spasm, and detection of motor nerve points. Jiangsu Kunshan People's Hospital uses this instrument with written electrodes to treat facial paralysis, nerve paralysis, cerebral palsy, and limb dysfunction caused by cerebrovascular sequelae with good results. Hangzhou Xinhua Hospital uses this instrument to treat bone hyperplasia, lumbar muscle strain, sprains, osteoarthritis, and muscle denervation caused by peripheral nerve damage. Over the years, thousands of people have been treated. They believe that the instrument is easy to use and has significant curative effect.
. (iii): Physical effects of neuromuscular stimulator treatment
. ★Can delay the atrophy of diseased muscles. Improve blood circulation and nutrition to muscles. Preserves muscle metabolism.
. ★Retain the stored content in the muscle. Muscle wasting can be reduced by consuming less muscle protein.
. ★Prevent muscles from losing a lot of water and producing electrolytes, promote venous and lymphatic circulation, improve metabolism, and slow down atrophy. According to the lesion, the current with ideal frequency and pulse width can be selected to avoid stimulating normal motor nerves and muscles and only stimulate the diseased muscles. To sum up, the - type neuromuscular stimulator has diverse functions and targeted treatment options. It is an ideal neurological rehabilitation treatment instrument.