ED Shockwave Therapy Machine Professional Muscle Pain Relief Extracorporeal Shockwave Massage Device 100‑240VEU Plug 100‑240V Item Type: ED Shockwave Therapy Machine Material: Stainless Steel Characteristics: Principle of Shockwave Pain Therapeutic Instrument: The shock wave pain treatment instrument is a mechanical pulse pressure wave conducted by the medium (air or gas) of the physics mechanism. By converting the pneumatic pulse sound wave into a precise ballistic shock wave, through the positioning and movement of treatment probe, a good treatment effect can be produced on human tissues where pain occurs more widely. At present, the clinical treatment of shock waves has been reported in a large number of literatures and affirmed that this treatment is safe and effective. Mechanism of Shockwave Pain Therapy Instrument in Treating Pain and Promoting Organizational Recovery: The shock wave generated can change the chemical environment of the injured area, so that the tissue can produce and release pain-inhibiting chemicals. At the same time, the shock wave can destroy the cell membrane of pain receptors and inhibit the generation and transmission of pain signals. In addition, the shock wave induces the production of endofibrin, which reduces the sensitivity of the affected area to pain. The above several mechanisms are aimed at the synthesis of the injury and can achieve long-term effective treatment for the patient's pain. By improving the metabolism of the treated area and reducing the inflammatory response of the affected area, shock wave therapy also promotes the recovery of the tissue. Its mechanisms include relaxing the calcium deposits in the affected area, reducing edema and increasing the mechanical load of the tissue. The Effect of Shock Wave Pain Therapy Device: Energy release at acoustic boundaries Cavitation Increase of cell wall permeability Promotion of microcirculation (Blood, Lymph) Release of substance P Reduction of unmyelinated nerves Release of nitric oxide (vasodilation, increased cell metabolism, angiogenesis, anti inflammatory effect) Promotion of growth factors (neogenesis of vessels, bone, collagen) Promotion of stem cells Indications and contraindications for extracorporeal shock wave pain therapy Indications for extracorporeal shock wave pain therapy Indications and contraindications for extracorporeal shock wave pain therapy Indications for extracorporeal shock wave pain therapy Heel spurs Achilles tendon pain Anterior tibial syndrome Patellar Tip Syndrome-Patellar tendinopathy (jumping knee) Pain in the hamstring attachment Greater trochanteric bursitis, pain in the hip area and iliotibial band Painful shoulder (calcification, tendinitis, impingement syndrome) Humerus Radius/Ulnar Epicondylitis-Tennis/Golf Elbow Plantar fasciitis Achilles tendon pain, Achilles tendon (mucus) bursitis Inflammation and calcification of the tendons of the shoulder joints Pain in the groin area Epicondylitis (tennis elbow) Vertex softening syndrome Pain in the hip area and iliotibial band Osgood-Schlatter's disease/patella tendinopathy Pain in the hamstring attachment Palmar wrist pain Small hand joint exostosis, grade 1 arthropathy Acupuncture Trigger point pain, muscle pain point, etc. Absolute contraindications to extracorporeal shock wave pain therapy Pregnancy,thrombosis ,coagulation disorders (haemophilia),tumour diseases,acute inflammation ,pus focus in the target area Relative contraindications for extracorporeal shock wave pain therapy Use of anticoagulants, especially marcumar (vitamin k antagonist) Polyneuropathy in case of diabetes mellitus Cortisone therapy up to 6 weeks before first ESWT treatment Rheumatic disease Benefits of extracorporeal shock wave pain therapy Pain relief/ reduction after a few treating sessions The compliance is very good The patients can feel first effects directly after treatment Can treat complex symptoms and related indications