Electromagnetic Focused Shockwave With Frequency 1 to 10hz for Inflammation Reduction and Injury Recovery

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.

GOMECY New arrival 2 in 1 Electromagnetic & Pneumatic Shockwave

Pneumatic shockwave: the shockwave system uses the ballistic principle of shockwave generation. A pressure wave is formed via a projectile by using accelerated compressed air. The compressed air is generated by an electronically controlled ballistic-pressure compressor. Using elastic impact, the kinetic energy of the projectile is transferred into the probe of the applicator and then into the client’s body. Consequently, during the treatment, the end of the applicator must be in direct contact with the skin and subcutaneous tissue.

Electromagnetic shockwave: it is through a high-voltage capacitor to an inductive coil discharge, inductively generated electromagnetic field, electromagnetic field into kinetic energy to drive the handle of the bullet movement, the bullet impact on the working head to generate shock waves, shock waves through the human body tissue to reach the affected area.

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.

Integrating Electromagnetic (electromagnetic/focused) and Pneumatic (pneumatic/radiative) shockwaves into a single combo device offers several potential advantages for clinical applications, particularly in treating various symptoms and tissue depths.

1. Balancing Deep and Superficial Treatment:
Use electromagnetic shockwaves to treat deep lesions (such as chronic tendinopathy and deep vascular lesions);
Use pneumatic shockwaves for superficial relaxation and pain relief.

This truly achieves comprehensive treatment coverage from the surface to the deepest layers.

2. Wider Scope of Indications and Clinical Integration

Electromagnetic shockwave therapy is suitable for:
Deep tendinitis, chronic pain
Bone enthesitis
Improvement of deep blood flow (e.g., partial erectile dysfunction, vascular conditions)
Tissue remodeling and repair

Pneumatic shockwave therapy is suitable for:
Superficial myofascial tension, fascial adhesions
Superficial muscle soreness and trigger points
Relaxation, preventative recovery

Combined devices allow one machine to:
Use both medical and physical therapy
Unified rehabilitation & relaxation process
Reduce the cost of purchasing additional equipment

3. More Flexible and Personalized Treatment Processes
Clinicians can switch modes based on the patient's:
Depth of disease/Symptom type/Pain tolerance

4. Higher Patient Experience and Acceptance

1. What is shockwave therapy?
Shockwave therapy uses high-energy acoustic waves to stimulate healing in injured or painful tissues. It improves blood circulation, accelerates cell regeneration, and reduces inflammation and pain.

2. What conditions can shockwave treat?
Common applications include:
Plantar fasciitis
Tennis elbow / golfer’s elbow
Shoulder pain & calcific tendinitis
Achilles tendinitis
Knee pain
Muscle trigger points
Chronic soft-tissue injuries
ED therapy (low-intensity shockwave)

3. Is shockwave therapy safe?
Yes. When used correctly, shockwave therapy is non-invasive, drug-free, and clinically proven to be safe. It has been used in orthopedics, sports medicine, rehabilitation, and urology for many years.

4. Does shockwave therapy hurt?
Most patients feel mild to moderate discomfort during treatment, described as tapping or pulsing. The intensity can be adjusted for comfort, and pain usually decreases after the first few sessions.