Gomecy Focus Shockwave Therapy Soft Type Shockwave Extracorporeal Shock Wave Therapy Machine

How to Choose between Focus Shockwave and Radial Shockwave?

Both Focus Shockwave and Radial Shockwave are forms of Extracorporeal Shockwave Therapy (ESWT), used in medical and rehabilitation settings for pain relief, tissue healing, and musculoskeletal conditions. However, they differ in their mechanisms, applications, and effectiveness for specific conditions.

1. Focus Shockwave (Focused Shockwave Therapy - FSWT)

• Mechanism:

  • Delivers high-energy, focused shockwaves that penetrate deep into tissues (up to 12 cm).

  • The waves converge at a specific focal point, allowing precise targeting.

• Energy Profile:

  • High peak pressure (up to 100 MPa).

  • Narrow focal zone (2–8 mm in diameter).

• Applications:

  • Deep-seated conditions (e.g., calcific tendonitis, plantar fasciitis, bone non-unions).

  • Requires precise localization (often guided by ultrasound or fluoroscopy).

• Pain Level:

  • It can be more painful due to high energy concentration if you choose our GMS-A63/B63 focus shockwave with silicone made headpieces, less damage soft tissue, more powerful results

  • Often requires local anesthesia for some patients.

2. Radial Shockwave (Radial Pressure Wave - RPW)

• Mechanism:

  • Generates low-to-medium energy waves that spread radially (like ripples in water).

  • Penetrates superficially (up to 3–5 cm).

• Energy Profile:

  • Lower peak pressure (up to 10 MPa).

  • Wider treatment area (no precise focal point).

• Applications:

  • Superficial conditions (e.g., tendinopathies, muscle trigger points, myofascial pain, cellulite treatment).

  • Often used in sports medicine and physiotherapy.

• Pain Level:

  • Generally less painful, well-tolerated without anesthesia.

Key Differences Summary

Which One to Choose?

• For deep, calcified, or chronic conditions (e.g., plantar fasciitis, shoulder calcifications) → Focus Shockwave.

• For superficial muscle/tendon pain (e.g., tennis elbow, Achilles tendinopathy) → Radial Shockwave.

Some advanced devices combine both modalities for greater versatility. The choice depends on the condition, depth of the issue, and patient tolerance. Welcome to chat with our sales~

Focus Shockwave Physical Therapy Functions:

1. Application in the field of orthopedics:

The Focus Shockwaves focused shock wave machine has a wide range of applications in the field of orthopedics. It is mainly used in the rehabilitation of fractures and bone cracks after surgery as well as arthritis and ligament injuries. The shock wave treatment method uses the focused shock wave machine to

release high-pressure energy and penetrate deep tissues to effectively promote the repair process of bones and joints. For those patients who need to recover quickly, shock waves provide a fast and effective treatment option.

2. Application in sports medicine:

In the field of sports medicine, focused shock wave machines are also widely used in the treatment of sports injuries and the improvement of sports performance. By promoting tissue repair and blood circulation, the focused shock wave machine helps athletes recover faster and at the same time improve the performance level of athletes. Shock wave treatment is especially suitable for athletes who need to return to the sports field quickly, enabling them to deal with injuries and restore the ability to engage in high-intensity activities

faster.

3. Application in neurology and rehabilitation medicine:

The focused shock wave machine also plays an important role in the fields of neurology and rehabilitation medicine. For the relief of chronic pain and the rehabilitation of nerve damage, the use of focused shock wave machines has been proven to be an effective treatment method. That is because shock wave

treatment regimens can stimulate the patient's body tissues, promote blood circulation, and repair nerve tissues. For patients who need long-term rehabilitation and pain management, shock waves are a comprehensive treatment option.

1. Tennis elbow/golfer's elbow
2. Calcified shoulder
3. Trigger point therapy
4. Near-surface pseudarthrosis
5. Trochanteric pain syndrome
6. Patella tip syndrome
7. Medial tibial stress syndrome
8. Bursitis or tendinitis on the hip bone
9. Plantar fasciitis
10. Tendinopathies of the Achilles tendon

11. ED Treatment Private Problem Improvement

Production Effects:

2. Electromagnetic effect

Physical Specification