24. Shockwave System

Shockwave and 448K Body Care System

Theory

Shockwave

A shockwave is defined as a wave with a rapid increase of pressure within a very short time and then having a gradual decrease of pressure with a small negative pressure phase. Shockwave is aimed at the affected areas that are the source of chronic pain. The influence of the shockwaves causes to the dissolution of calcium deposits and leads to better vascularization. The after-effect is relief from the pain.

448K

① CET Theory

The cap is a core technology of constant room temperature of the epidermis and deep heating of the radio frequency, which ensures that the skin is comfortable and undamaged, and then uses the cap to generate heat conduction to precisely reach the deeper layers of the skin, stimulating the ions and charged colloidal particles in the organism to produce rapid movement or vibration and heat from sassafras, while heating the collagen tissue in the dermis under the effect of polarized molecular resonance technology. When the heat energy of the collagen tissue in the deeper layer of the skin reaches 45℃-60℃, it naturally produces immediate contraction and stimulates the secretion of more new collagen to fill the gaps of the atrophied and lost collagen, and rearrange it to rebuild the soft scaffolding of the skin, ultimately achieving the effect of skin tightening, filling in wrinkles and restoring skin elasticity and lustre.

② RET Theory

The projection of high frequency energy into the body produces deep heat from the dermis of the skin and decomposes body fat for the purpose of weight loss. When high-frequency current is applied to the body tissues, there is little ionic movement due to its very low vibration amplitude, and no electrochemical reaction or electrical decomposition is produced. If high frequencies are conducted to the body, the body tissues will heat up. This is because when a high frequency current is applied to the body, the molecules that make up the tissues vibrate every time the current changes direction, creating rotational, twisting and conflicting motions by friction with each other.

Application

Shockwave

Cellular: Increase in cell membrane transmittance by improving ionic channels activity, stimulation of cell division, stimulation of cellular cytokines production.
Reproduction of vessels in the area of tendons and muscles: Improvement of blood circulation,
increase in concentration of growth factor beta 1, chemotactic and mitogenic effect on osteoblasts.

Effect on nitrogen oxide system: Bone healing and remodeling.
Improvement of macro-circulation and metabolism.
Dissolution of calcified fibroblasts.
Supports the production of collagen.
Reduction in tissue tension.
Analgesic effect.

Parts Introduction

Parameters

Operation