7 Focus Depth Powerful Focus Shock wave ESWT ED Shockwave Therapy Machine

Principle of Focused Shock Wave Therapy

Focused Shock Wave Therapy (FSWT) operates on the principle of using high-energy acoustic waves to deliver therapeutic effects to specific areas of the body. These shock waves are generated by specialized devices and are focused precisely at a target tissue. This allows the treatment to address specific conditions without affecting surrounding areas.

The energy delivered by the shock waves interacts with the tissues to stimulate biological responses. It promotes tissue regeneration by enhancing collagen production and encouraging the formation of new blood vessels. Pain reduction is achieved through the disruption of pain signals and desensitization of nerve endings. In cases involving calcifications, the shock waves can break down calcium deposits, which are then naturally reabsorbed by the body.

Focused Shock Wave Therapy also improves circulation and lymphatic drainage, supporting the body's natural healing processes. It is widely used in orthopedics, sports medicine, aesthetics, and urology to address conditions such as chronic pain, muscle injuries, cellulite, and more. 

Understanding Shock Waves

Shock waves are high-energy acoustic waves characterized by their rapid pressure rise followed by a negative pressure phase. These waves travel through different mediums and are used in various therapeutic and industrial applications due to their ability to deliver focused energy to a specific point.

Characteristics of Shock Waves

Shock waves are unique because they:

• Propagate at supersonic speeds.
• Have a rapid pressure increase within nanoseconds.
• Carry high energy concentrated in a short duration.
• Generate mechanical stress and biological effects upon interaction with tissues or materials.

Comparison: Focused vs. Radial Shock Waves

Focused and radial shock waves are two main types of acoustic waves used in shock wave therapy. While both are effective in treating various conditions, they different in their generation, depth of penetration, and applications. Here's a detailed comparison:

1. Energy Delivery

• Focused Shock Waves (FSW):
  Deliver energy to a precise focal point, allowing for targeted treatment of deeper tissues. The energy is highly concentrated and penetrates deeply into the body.

• Radial Shock Waves (RSW):
  Energy disperses outward from the applicator, covering a broader area with less intensity. The penetration is superficial, making it suitable for treating larger, more surface-level conditions.

2. Depth of Penetration

• Focused Shock Waves:
  It can reach deeper tissues, typically up to 12 cm or more, depending on the device settings.

• Radial Shock Waves:
  It primarily affect superficial tissues, with penetration typically up to 5 cm.

3. Wave Characteristics

• Focused Shock Waves:
  High-energy, high-pressure waves with a rapid rise in pressure followed by a sharp drop, making them ideal for specific and deep targets.

• Radial Shock Waves:
  Low-energy waves with a gradual pressure rise and lower peak intensity, better suited for broader, less localized applications.

4. Applications

• Focused Shock Waves:

  • Chronic tendon injuries (e.g., plantar fasciitis, tennis elbow).
  • Calcifications in soft tissues.
  • Bone healing and regeneration.
  • Deeper musculoskeletal pain and disorders.

• Radial Shock Waves:

  • Superficial pain conditions (e.g., myofascial trigger points).
  • Muscle relaxation and recovery.
  • Cellulite reduction and skin tightening in aesthetics.
  • Larger treatment areas, like thighs or back.

5. Generation Technology

• Focused Shock Waves:
  Generated using piezoelectric, electromagnetic, or electrohydraulic methods. These technologies concentrate the energy to a focal point.

• Radial Shock Waves:
  Generated using a ballistic system where a projectile strikes the applicator tip, creating waves that radiate outward.

6. Treatment Intensity

• Focused Shock Waves:
  Higher intensity allows for deeper therapeutic effects, but treatments may require precise targeting and are often shorter.

• Radial Shock Waves:
  Lower intensity makes them less painful and more suitable for broader applications, but multiple sessions may be needed.

7. Cost and Equipment

• Focused Shock Wave Devices:
  Typically more expensive due to their advanced technology and targeted capabilities.

• Radial Shock Wave Devices:
  More affordable and easier to operate, often used in sports and rehabilitation clinics.

Summary

Advantages of the machine

1. User-Friendly Design: The handpiece features a 8-inch screen for easy control and adjustments.
2. Versatile Probes: Seven interchangeable silicone pad probes enable precise depth adjustments for various pain levels.
3. Effective Deep Penetration: The device can treat deeper tissues effectively by adjusting probe heights.
4. Non-Invasive Treatment: No surgical procedures or injections are required, minimizing patient discomfort and recovery time.
5. Safety: Reduces risks associated with traditional surgeries and promotes a gentler recovery process.
6. Eco-Friendly: Known as "green therapy," it aligns with modern medical practices favoring minimal damage and high recovery rates.
7. Comfortable Experience: Despite high peak pressures at focal points, the treatment is designed to minimize surface pain.
8. Low Noise Operation: Advanced technology reduces operational noise, enhancing patient comfort during treatment.
9. Quick Sessions: Each treatment lasts approximately 10 to 15 minutes.

Applications

1. Orthopedics

Shockwave therapy is widely used to treat musculoskeletal conditions.

• Plantar Fasciitis: Reduces pain and inflammation in the heel caused by overuse or strain.
• Tendinopathies: Effective for chronic conditions like tennis elbow, golfer's elbow, Achilles tendinitis, and rotator cuff injuries.
• Calcific Shoulder Tendinitis: Breaks down calcium deposits and improves mobility.
• Delayed Bone Healing: Stimulates bone growth in cases of non-union fractures.
• Joint Pain: Alleviates pain and stiffness in joints such as the knee, shoulder, and hip.

2. Sports Medicine

Shockwave therapy accelerates recovery and improves performance for athletes.

• Muscle Injuries: Treats strains, sprains, and tears by promoting healing and reducing inflammation.
• Myofascial Pain Syndrome: Relieves trigger points and tension in muscles.
• Overuse Injuries: Effective for conditions like shin splints or runner's knee.

3. Pain Management

Shockwave therapy reduces chronic and acute pain.

• Chronic Back Pain: Targets deep tissue structures to alleviate lower back pain.
• Neck and Shoulder Pain: Relieves stiffness and discomfort caused by tension or poor posture.
• Neuropathic Pain: Helps in conditions like Morton’s neuroma or sciatica by improving nerve function and reducing inflammation.

4. Aesthetic Applications

Shockwave machines are increasingly popular in the beauty and wellness industry.

• Cellulite Reduction: Breaks down fat deposits, stimulates collagen production, and improves skin texture.
• Skin Tightening: Promotes elasticity and firmness by stimulating collagen remodeling.
• Body Contouring: Assists in reshaping areas like the abdomen, thighs, and buttocks.
• Scar and Stretch Mark Treatment: Improves the appearance of scars and stretch marks by enhancing tissue regeneration.

5. Urology

Shockwave therapy is used to treat specific urological conditions.

• Erectile Dysfunction (ED): Promotes blood vessel formation and improves vascular health in penile tissues.
• Peyronie’s Disease: Reduces plaque buildup and curvature of the penis.
• Chronic Pelvic Pain Syndrome: Alleviates pain and discomfort associated with pelvic floor disorders.

6. Veterinary Medicine

Shockwave therapy is also applied in the treatment of animals.

• Equine Therapy: Used for treating tendon and ligament injuries, arthritis, and fractures in horses.
• Small Animals: Addresses musculoskeletal conditions in dogs and cats, such as hip dysplasia and osteoarthritis.