shock wave treatment apparatus

Product catalog summary

Overview
The document provides a detailed description of a Shock Wave Treatment Apparatus developed by Xuzhou Kejian Hi-tech Co., Ltd. This medical device utilizes shock wave technology to alleviate pain and promote healing in injured tissues.

Product Mechanisms

Piezoelectric Effect: The apparatus generates shock waves that alter the chemical environment of injured areas, inhibiting pain signals and promoting endorphin production.
Cavitation Effect: Shock waves cause rapid expansion and collapse of gases in tissues, leading to micro-capillary breakdown, free radical generation, and stimulation of neovascularization.
Analgesic Effect: The device stimulates nerve fibers to initiate pain relief and inhibits cyclooxygenase activity.
Stress Effect: Alternating stress from shock waves causes microcracks in bone tissue, promoting bone remodeling.
Metabolic Activation Effect: Enhances local blood circulation and accelerates tissue metabolism for improved healing.

Product Features

Unique air cooling technology extends the device's service life.
Available with three specifications and six therapeutic heads for different applications.
Adjustable therapeutic parameters with energy ranging from 60-185 mJ and frequency from 1-22Hz.
Multiple therapeutic modes and prescriptions tailored to patient conditions.
Features a deluxe 12-inch touch screen with an Android system and real-time monitoring capabilities.

Indications
The apparatus is indicated for pain relief in conditions such as tendinitis, Achilles tendinitis, and disk inflammation.

Catalog excerpts

TECHNOLOGY MAKE LIFE MORE HEALTHY ve treatment apparatus SHOCK WAVE TREATMENT APPARATUS Xuzhou Kejian Hi-tech Co.,ltd Add:CUMT Science Park, Xuzhou, Jiangsu, China 221008 MP.:+86 15852172210 Http://www. kejianmed.com Email: [email protected] SKYPE:arisa1980 Wechat：+86 15852172210

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SHOCK WAVE TREATMENT APPARATUS PRODUCT OVERVIE The shock wave produced by the apparaut can change the chemical environment of the injured area, make the tissue produce and release the chemical substances that inhibit pain. At the same time, the shock wave can destroy the injured cell membrane and inhibit the generation and transmission of pain signals. In addition, the shock wave can induce the production of endorphin and reduce the sensitivity of the injured area to pain. The synthetical effects of the above mechanisms on injured patients can achieve long-term and effective therapeutic effects...

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