General Introduction
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 area that is 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.
Advantages
1. By the targeted application of the shockwaves, stress to the surrounding tissues is quite insignificant.
2. The body not burdened by pharmaceuticals, except the short-term effect of local anesthesia is used.
3. The possibility of preventing the necessity of surgical intervention and its relevant hazards.
4. For some indications, such as tennis elbow, there is really no other effective treatment.
Features
- 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 the concentration of growth factor beta1, chemotactic, and mitogenic effect on osteoblasts.
- Effect on nitrogen oxide system: Bone healing and remodeling. >Improvement of microcirculation and metabolism.
- Dissolution of calcified fibroblasts.
- Supports the production of collagen.
- Reduction in tissue tension
- Analgesic effect.
Specification
Total hits: 2500 times
Hit Frequency: 1-16 Hz
Energy: 60 90 120 185 mj
Packing list
Host x1
Work handle x5
Accessories frame x1
Power supply line x1
Description
General Introduction
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 area that is 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.
Advantages
1. By the targeted application of the shockwaves, stress to the surrounding tissues is quite insignificant.
2. The body not burdened by pharmaceuticals, except the short-term effect of local anesthesia is used.
3. The possibility of preventing the necessity of surgical intervention and its relevant hazards.
4. For some indications, such as tennis elbow, there is really no other effective treatment.
Features
> 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 the concentration of growth factor beta1, chemotactic, and mitogenic effect on osteoblasts.
>Effect on nitrogen oxide system: Bone healing and remodeling. >Improvement of microcirculation and metabolism.
>Dissolution of calcified fibroblasts.
>supports the production of collagen.
>Reduction in tissue tension
>Analgesic effect.
Specification
Total hits: 2500times
Hit Frequency: 1-16hz
Energy: 60 90 120 185mj
Packing list
Host x1
Work handle x5
Accessories frame x1
Power supply line x1
FAQS
What is shockwave?
Shockwave is a pressure wave conducted acoustically. As a physical improvement method, it does not cause damage to the human body. Shockwave has activating effects, reduce chronic inflammation, and relieves pain.
Is the shockwave treatment painful?
The shockwave treatment is generally non-invasive and non-surgical, and most users experience only minimal pain or discomfort. You have the option to adjust the shockwave intensity to ensure a comfortable experience.
×
