Pneumatic Shock Wave Therapy Equipment Shockwave Machine Physiotherapy Knee Back Pain Relief Cellulites Removal

• Customization: Available
• Type: Shockwave
• Theory: Pneumatic Ballistic Shock Wave
• Model NO.: GMS Intelect Puls 50
• Application: Salon, Home, Commercial
• Portable: Portable
• Technology: Pnenumatic Shockwave & Ultra Deep Vibration
• Shockwave Intensity: 0.5-10bar & 0.1bar Regulation
• Shockwave Frequency: 1-21Hz & 1Hz Regulation
• Shot Adjustable: 100-8000 Shots
• Lifespan of Each Bullet: 3 Million Shots
• Shockwave Transmitter: 13 PCS Pain Management: 6PCS (D35/D25/D20/D15/D10/
• Function: Pain Relief, Physiotherpy
• Ultrasound Intensity: 0.2-3W/Cm² & 0.2W/Cm² Regulation
• Ultrasound Frequency: Pulse Mode: 1-10Hz Continuous Mode: 1MHz
• Generator Diameter: 4cm
• Package: 60*58*44cm
• Gross Weight: 33kg
• Transport Package: Carton
• Specification: 60*58*44CM
• Trademark: GOMECY
• Origin: Beijing
• Production Capacity: 5000/Year

Product Description

Pneumatic Shock Wave Therapy Equipment Shockwave Machine Physiotherapy Knee Back Pain Relief Cellulites Removal

Product Description

Pneumatic shock wave therapy is suitable for ED caused by a variety of reasons, especially ED caused by vascular problems. It may also be effective for patients with cardiovascular disease, hypertension, diabetes, etc. that affect erectile function.

Due to its non-invasiveness, no recovery period and effective long-term improvement, pneumatic shock wave therapy often makes patients satisfied with the treatment results and significantly improves their quality of life
The working principle of pneumatic shock waves is based on converting pneumatic compression energy into shock wave energy, which acts on human tissue. Its main working steps are as follows:

1. **Pneumatic compression**: The device compresses the gas to a certain high pressure state through an air compressor to produce high-energy compressed air.

2. **Energy transfer**: Compressed air enters the shock wave transmitter through a pipeline, pushing the internal projectile (such as a bullet or piston) to hit the transmitter head at a very high speed.

3. **Shock wave generation**: The transmitter head generates an instantaneous mechanical shock wave through rapid impact, and the waveform has high-pressure and short-term characteristics.

4. **Wave transmission to the human body**: Through a coupling device or probe, the shock wave energy is transmitted to the skin surface and deep into the tissue, causing the local tissue to be subjected to high-energy mechanical stimulation.

5. **Biological effects**: When the shock wave propagates in the tissue, it can trigger a series of biological reactions, such as increasing blood circulation, promoting tissue repair and reducing inflammation. This therapy is often used to treat musculoskeletal pain, promote soft tissue healing and improve blood circulation.
Using a pneumatic shockwave therapy machine (also known as low-intensity extracorporeal shockwave therapy, Li-ESWT) to treat ED (erectile dysfunction) has the following advantages:

### 1. **Non-invasive**
- Pneumatic shockwave therapy for ED does not require surgery or injections and is a non-invasive treatment. This reduces the trauma, pain and postoperative complications of the treatment and is suitable for patients who do not want to undergo invasive treatment.

### 2. **Promote angiogenesis**
- Shockwaves can stimulate the formation of new blood vessels (angiogenesis) in penile tissues and improve local blood circulation, thereby helping to restore natural erectile function. Increased blood flow can directly affect the quality and duration of erections.

### 3. **Repair tissue**
- Shockwave therapy helps repair damaged tissues and improve microcirculation in the corpora cavernosa, fundamentally treating the cause of ED rather than just relieving symptoms.

Indications

-Soft tissue injuries.

-Chronic strains and sprains.

-Myositis - the inflammation of muscle tissues.

-Bursitis - inflammation of the fluid-field pads surrounding joints.

-Tendonitis - inflammation of the tissue connecting the muscles to the bones.

-Tendon Sheath Inflammation.

-Osteoarthritis.

-Plantar fasciitis.

Ultra Deep Vibration therapy causes mechanical vibrations, from high frequency sound waves, on skin and soft tissue via an aqueous solution (Gel). A gel is applied either to the applicator head or to the skin, which helps the sound waves to evenly penetrate the skin

Detailed Photos

The Ultra Deep Vibration applicator converts power from the device into acoustic power that can cause thermal or non-thermal effects. The sound waves creates microscopic stimulation in the deep tissue molecules that increases heat and friction. The warming effect encourages and promotes healing in the soft tissues by increasing the metabolism at the level of the tissue cells.

Product Parameters

 

Technology	Pnenumatic Shockwave & Ultra Deep Vibration	Model	GMS Intelect Puls 50
Shockwave Intensity	0.5-10Bar & 0.1Bar Regulation	Ultrasound Intensity	0.2-3W/CM² & 0.2W/CM² Regulation
Shockwave Frequency	1-21Hz & 1Hz Regulation	Ultrasound Frequency	Pulse mode: 1-10Hz Continuous mode: 1Mhz
Shockwave Transmitter	13 PCS Pain Management: 6PCS (D35/D25/D20/D15/D10/D6) Spine Specific: 3PCS (C20/C28/C35) Fascia Specific: 4PCS	Generator Diameter	4CM
Touch screen	12.1Inch	Function 3	ED Treatment
Package	60*58*44CM	Gross Weight	33KG

While pneumatic shock wave therapy (such as low-intensity extracorporeal shock wave therapy, Li-ESWT) has significant benefits for many patients, it is not suitable for everyone. The following people are generally advised to avoid this treatment:

### 1. **Pregnant woman**
 - Shockwave therapy has not been adequately studied in pregnant women, so for safety reasons, pregnant women should avoid this type of treatment to avoid potential effects on the fetus.

### 2. **Patients with severe heart disease**
 - People with severe heart disease (such as heart failure, recent heart attack, or unstable angina) are not suitable candidates for shock wave therapy, as the treatment may affect heart function and increase health risks.

### 3. **Patients with pacemakers or other implantable medical devices**
 - The energy of the shock wave may interfere with or affect the proper functioning of pacemakers or other electronic implanted devices, so these patients should avoid using this therapy.

### 4. **Patients with bleeding disorders or coagulation disorders**
 - Because pneumatic shock wave therapy may cause minimally invasive bleeding, patients with blood clotting disorders (such as hemophilia) or who are taking anticoagulant medications are at higher risk of bleeding when using shock wave therapy.

### 5. **Patients with malignant tumors**
 - If malignant tumors are present in the treatment area, shock waves may stimulate tumor growth or spread, so this treatment should be avoided in cancer patients.

### 6. **Patients with severe infection or skin damage**
 - If the treatment area has severe infection, inflammation, or an open wound, shock wave therapy may worsen the infection or delay healing. You should wait until the infection or wound has healed before proceeding with treatment.

### 7. **Patients who are sensitive to pain or have a low pain threshold**
 - Some people are more sensitive to pain. Although pneumatic shock wave treatment usually causes mild pain, it may cause more obvious pain in individual patients. If the pain threshold is too low, treatment may need to be adjusted.

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