Electric pneumatic tourniquet inquiry

Electric pneumatic tourniquet inquiry

Technical principle: synergistic effect of thermal and non thermal effects

thermal effect

Microwaves penetrate tissues by 3-5 centimeters, causing water molecules to polarize and rotate, generating frictional heat and raising the local temperature to 40-45 ℃.

Expand blood vessels, accelerate blood flow, promote the clearance of metabolic waste, enhance white blood cell activity, inhibit inflammatory factors, and accelerate inflammation resolution.

The ratio of fat to muscle heat production is close to 1:1, and the heat effect is uniform, with significant effects in deep tissues.

Non thermal effect

Electromagnetic fields regulate cell membrane potential, promote ATP synthesis, and accelerate the regeneration of damaged tissues.

Regulating nerve conduction and immune function, suitable for the treatment of chronic inflammation during the rehabilitation period.

Functional features: Efficient and safe, easy to operate

core functionality

Anti inflammatory and pain relieving: Relieve pain and swelling caused by osteoarthritis, synovitis, soft tissue contusions, and other conditions.

Promote healing: accelerate the growth of granulation tissue in postoperative incision, traumatic wound and chronic ulcer (such as diabetes foot).

Sterilization effect: reduces the risk of infection, assists in the treatment of skin infections (such as boils, abscesses) and traumatic wounds.

Improvement function: Relieve chronic pain such as cervical spondylosis, frozen shoulder, and lumbar muscle strain, and improve joint mobility.

Electric pneumatic tourniquet inquirytechnical advantage

Non contact heating: Avoid electric or thermal burns, do not require anesthesia, and can be treated in outpatient settings.

Accurate positioning: Equipped with a dedicated radiator, it can provide precise treatment for different parts (such as gynecology, otolaryngology).

Easy to operate: After training, medical staff can quickly master and shorten the operation time.

High safety: less absorption by normal tissues, clear boundaries of injury, fast healing, and no scars.

Wide indications: covering multiple departments such as rehabilitation, gynecology, urology, proctology, and dermatology.

Improve the quality of medical work. Artificial intelligence can provide capabilities such as image segmentation, feature extraction, quantitative analysis, and comparative analysis, which can achieve functions such as lesion recognition and annotation, lesion property judgment, automatic target area delineation, 3D image reconstruction, image classification, and retrieval. Based on the above functions, doctors can quickly and accurately identify effective information, reducing the probability of errors such as missed diagnosis and misdiagnosis.