Therapeutic mechanism

Thermal effect: Under the action of a shortwave high-frequency electric field, living organisms cause molecules and ions in the affected area to vibrate in their parallel positions, causing charged particles and polarized molecules in their bodies to violently move and rub against each other, resulting in a thermal effect; When applied to tissues, there is no overheating or even normal color in the superficial tissues of the skin, while deep tissues achieve higher temperatures in a short period of time. This type of thermal action is more penetrating and uniform than the action of heat conduction and radiation, hence it is called heat transfer.

Function: Short waves can dilate and congest blood vessels in tissues, promote blood and lymphatic circulation, enhance tissue metabolism, eliminate subacute and chronic inflammation, and alleviate smooth muscle spasms. The increase in thermal effect will accelerate the conduction speed of peripheral nerve fibers and increase the threshold of pain.

Non thermal effect: also known as "high-frequency electromagnetic oscillation effect", when pulsed or low-dose short waves act on the human body, they are not enough to cause molecular heat production, but can affect changes in material properties such as cell structure and partial protein structure, produce biological effects, such as improved blood circulation, increased white blood cell count and activity in the inflammatory zone, increased edema absorption, reduced inflammation, pain relief, wound healing, tissue and bone regeneration, etc

Function: Reduce swelling, relieve pain, accelerate wound tissue healing, and enhance immunity.