Focused Shock Wave Therapy Pain Relief Machine

Focused Shock Wave Therapy Machine | Deep Tissue Pain Relief

Focused energy. Deeper penetration. Faster healing.
Focused Shock Wave Therapy (FSWT) delivers high-intensity acoustic energy precisely to deep tissue targets — reaching structures that radial shock wave cannot access. The focused beam penetrates up to 66mm deep, targeting tendons, ligaments, calcifications, and bone-adjacent tissue with pinpoint accuracy while minimizing energy at the skin surface.

10–15 minute sessions. Non-invasive. No anesthesia. No downtime.

Focused vs Radial Shock Wave — Why Depth Matters

How Focused Shock Wave Heals

High-intensity focused acoustic waves create three simultaneous therapeutic effects:

1. Neovascularization: Stimulates growth of new blood vessels in the treated area, restoring nutrient supply to chronically injured tissue that has poor circulation
2. Tissue remodeling: The cavitation bubble burst effect breaks down adhesions, scar tissue, calcifications, and fibrotic tissue — “losening” the injured area and allowing healthy tissue to regenerate
3. Pain modulation: High-energy waves stimulate pain nerve receptors and block pain signal conduction — delivering immediate analgesic effect that persists beyond the session

🎯 Clinical Applications

Orthopedic & Musculoskeletal:

• Plantar fasciitis — most common indication, excellent outcomes
• Calcific tendinitis of the shoulder
• Lateral epicondylitis (tennis elbow) / Medial epicondylitis (golfer’s elbow)
• Patellar tendinitis (jumper’s knee)
• Achilles tendinopathy
• Tibial stress syndrome (shin splints)
• Trochanteric tendinitis (hip pain)
• Waist pain and myalgia

Sports Medicine: Post-injury recovery, performance enhancement, tissue repair acceleration for athletes returning to high-intensity activity.

Neurology & Rehabilitation: Chronic pain management, nerve damage repair support, long-term rehabilitation programs.

Aesthetic: Fat reduction and cellulite treatment (acoustic waves disrupt fat cell membranes).

7 Silicone Applicators — Customizable Depth

Seven interchangeable silicone applicators allow precise adjustment of the focal depth — from superficial fascia to deep bone-adjacent structures. Select the applicator that positions the focal point exactly at the target tissue for maximum therapeutic effect.

1.8" Handpiece Display

The integrated handpiece display shows treatment parameters in real time — frequency, intensity, and pulse count — without requiring the operator to look away from the treatment area. Improves precision and workflow efficiency.

📊 Technical Specifications

• Technology: Focused Shock Wave (Convergent Wave)
• Penetration Depth: 0–66mm (adjustable via applicator)
• Pressure Range: 1–8 Bar
• Pulse Frequency: 1–10 Hz
• Power: 10–500W
• Display: 15" main screen + 1.8" handpiece display
• Applicators: 7 silicone pads (different focal depths)
• Package Size: 50 × 56 × 60 cm | Gross Weight: 26.5 kg
• Voltage: 100–240V, 50/60Hz (universal)
• SKU: SW1

🗓 Treatment Protocol

• Session: 10–15 min per treatment area
• Frequency: 1×/week (allow full tissue response between sessions)
• Sessions needed: 3–6 sessions for most conditions
• Coupling gel: Required between applicator and skin for acoustic transmission
• Immediate effect: Pain reduction often noticeable within 24–48 hours of first session

📦 Package Contents

• Main Machine × 1 | Handle × 1
• Silicone Applicators × 7
• Hangers × 2 | Power Cable × 1 | User Manual × 1

❓ FAQ

Q: How many sessions are needed for plantar fasciitis?
Most plantar fasciitis cases respond well to 3–5 sessions spaced 1 week apart. Clinical studies show 60–80% of patients achieve significant pain reduction after a full course. Chronic cases (12+ months) may require 5–6 sessions. Results continue improving for 8–12 weeks after the final session as tissue remodeling completes.

Q: Is focused shock wave painful?
Focused shock wave uses high pressure but low surface energy — the energy passes through the skin surface and concentrates at the focal point deep in tissue. Most clients describe the sensation as a deep pressure or tapping feeling. Intensity can be adjusted from 1–8 Bar to match client tolerance. The 1.8" handpiece display allows real-time parameter adjustment without interrupting treatment.

Q: What is the difference between this and radial shock wave?
Radial shock wave diverges from the applicator tip outward — energy is highest at the surface and decreases with depth. Focused shock wave converges to a precise focal point at a set depth — energy is minimal at the surface and maximum at the target. For deep conditions (calcific tendinitis, deep plantar fascia, bone-adjacent tissue), focused shock wave delivers significantly more therapeutic energy to the target.

Q: Who is not suitable?
Contraindicated for: pregnancy, pacemakers or metal implants in treatment area, active cancer in treatment area, blood coagulation disorders, open wounds or active infections, and children (growth plates). Always conduct a full assessment before treatment.