Solid State Diathermy PC107

Physiocare’s Solid State Diathermy is a cutting-edge therapeutic solution harnessing advanced electromagnetic technology to deliver controlled and targeted heat to specific body tissues. This innovative approach promotes enhanced blood circulation, muscle relaxation, and pain relief etc.

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Description

Discover the advanced therapeutic capabilities of the Solid State Diathermy by Physio Care. This cutting-edge medical device is meticulously engineered to provide precise and targeted muscle relief through advanced percussive technology.

Key Technical Features:

  • Percussive Technology: The Solid State Diathermy utilizes a solid-state oscillator circuit, incorporating silicon-based semiconductor components unlike SWD. This circuit generates high-frequency electromagnetic waves within the radiofrequency (RF) spectrum, typically ranging from 1 to 3 MHz (megahertz). These waves are transmitted through specialized applicators to penetrate deep into tissues.
  • Tissue Interaction: The high-frequency electromagnetic waves encounter resistance within the patient’s tissues, primarily from ions and water molecules. This resistance results in the conversion of electromagnetic energy into thermal energy, leading to precise and controlled tissue heating.

Clinical Applications

This versatile device finds extensive utility in physiotherapy and rehabilitation. It excels in various clinical applications, including but not limited to:

  • Pain Management
  • Muscle Relaxation
  • Enhancing Blood Flow
  • Tissue Healing
  • Joint Mobility Improvement
  • Postsurgical Rehabilitation

Safety Measures

While offering exceptional therapeutic benefits, the Solid State Diathermy prioritizes patient safety. It includes safeguards such as monitoring patient comfort during treatment, avoiding contact with metallic objects, and ensuring proper grounding to prevent electrical hazards.

Product Highlights:

  • Advanced Percussive Technology
  • Customizable Intensity Levels
  • Interchangeable Applicators
  • Ergonomic Design
  • Deep Tissue Stimulation
  • Durable Construction

 

 

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