BS-SWD100 Extracorporeal Short Wave Diathermy Machine

BS-SWD100 Extracorporeal Short Wave Diathermy Machine The BS-SWD100 Extracorporeal Short Wave Diathermy Machine is a state-of-the-art device that utilizes electromagnetic fields to generate heat energy within the body tissues. By placing the affected area between two polar plates and applying high-frequency waves, this machine enhances blood circulation, improves metabolism, reduces muscle tension, and promotes the body’s natural healing processes. With its safe and non-invasive treatment approach, this machine is ideal for addressing subacute and chronic inflammation. BS-SWD100 Extracorporeal Short Wave Diathermy Machine Features: Working frequency of 27MHz for effective penetration and reduced fat overheating Non-surgical, non-invasive, and painless treatment method High power and stable thermal field for quick and remarkable results Continuous and pulsed energy modes for versatile treatment options Accelerates cell growth and promotes wound healing BS-SWD100 Extracorporeal Short Wave Diathermy Machine Advantages: Enhances blood circulation and local metabolism Reduces muscle tension and connective tissue tightness Regulates immune function and enhances leukocyte phagocytic ability Safe and comfortable treatment with no complications or side effects Wide range of applications with rapid improvement of clinical symptoms BS-SWD100 Extracorporeal Short Wave Diathermy Machine Applications: Arthritis Back pain Fibromyalgia Muscle spasms Myositis Neuralgia Sprains and strains Tenosynovitis Tendonitis Bone injuries Bursitis Functionality Applicator Expanded range of indications Clean, easy and quick to use – fitting in with every practice procedure. Its low weight facilitates mobile usage in any treatment room. Electrical energy is applied through a flexible applicator that is easy to position. The possibility of applying continuous and pulsed energy opens up a wide range of treatment options. 请在浏览器中启用JavaScript来完成此表单。Name *Mobile (whatsapp) *Email *Inquiry ContentInquiry