Shenzhen Medsync International Trading Co., Ltd.
Shock Wave Therapy Device
Product principle：
The ballistic shock wave generated by the compressed air that drive the bullet body to hit the treatment probe acts on the body, thus producing cavitation effect, piezoelectric effect, metabolic activation effect, and analgesic effect to treat diseases.
Product features：
- 10.2-inch true color touch screen；
- Built-in 45 kinds of prescriptions；
- Four types of VAS pain assessment systems；
- With step energy and step frequency working mode (highlights)；
- The core components are selected from global high-quality suppliers；
- Six kinds of treatment probes are available, divided into two categories: divergent type and collimated type
- 25mm, divergent type: treatment of large area tissue, gluteal muscle fasciitis, greater trochanter pain syndrome
- 20mm, divergent type: commonly used probe nerve root type cervical spondylosis, cervical headache, fibrosis, etc.
- 15mm, divergent: commonly used probes, pain treatment, aseptic inflammation of tendons, calcified tendons, calcaneal spurs
- 15mm, collimated type: used for the treatment of deeper tissues
- 9mm, collimated type: for the treatment of pain points in deeper tissues
- 6mm, collimated type: acupoint therapy
Q&A
WHAT IS SHOCK WAVE THERAPY DEVICE? briefly introduce
⚡ Core Definition
A Shock Wave Therapy Device delivers high-energy acoustic pulses (not electricity) to injured tissues. Unlike ultrasonic therapy (continuous waves), SWT uses single high-pressure pulses (0.1–0.4 mJ/mm²) to trigger biological repair.
🧠 How It Works
- Mechanical Stimulation:
- Pulses create microtrauma in target tissues → activates healing.
- Cavitation effect: Rapid pressure changes disrupt calcifications (e.g., kidney stones, tendon deposits).
- Biological Response:
- ↑ Neovascularization: New blood vessel growth.
- ↓ Pain neurotransmitters (Substance P).
- Stimulates stem cell recruitment for tissue regeneration.
🏥 Key Applications
- Musculoskeletal: Plantar fasciitis (75% efficacy), tendinopathy (e.g., tennis elbow, rotator cuff).
- Urology: Kidney stone fragmentation (extracorporeal SWL).
- Wound Care: Chronic ulcer treatment (enhances angiogenesis).
⚠️ Safety & Limitations
- Contraindications: Pregnancy, tumors, coagulation disorders, lung/brain tissues.
- Side Effects: Temporary pain/swelling (9% of cases).
- Regulation: FDA/CE Class II/III (higher energy than ultrasound devices).
💰 Market Examples
- Clinical: Dornier Lithotripter (gold standard for stones), EMS Swiss DolorClast.
- Portable: Haibang MP200 (radial, for home/clinic), Renova RPW.
- Cost: $5K–$150K (clinical); $2K–$10K (portable).
HOW TO CHOOSE SHOCK WAVE THERAPY DEVICE?
1. Prioritize Therapy Type Based on Clinical Needs
Select focused shock wave therapy for deep pathologies (≥4cm) like calcific tendinitis, kidney stones, or bone non-unions, as it delivers high-energy penetration but requires precise targeting. Opt for radial shock wave therapy when treating superficial conditions (0-3cm depth) such as plantar fasciitis or muscle trigger points, where broader energy dispersion is advantageous despite limited penetration depth. Hybrid devices offer versatility by combining both modes, ideal for multi-specialty clinics, though at a higher cost.
2. Evaluate Technical Specifications
Critical specs include:
- Energy range: Low energy (0.01–0.2 mJ/mm²) for acute pain or sensitive areas; high energy (0.2–0.4+ mJ/mm²) for chronic calcifications.
- Adjustable frequency: 1–21 Hz settings (lower frequencies for dense tissues like bone, higher for soft tissue).
- Penetration depth: Focused (4–12 cm) vs. radial (0–3 cm).
- Interchangeable applicators: Multiple head sizes (e.g., 15mm for tendons, 36mm for large muscle groups) to match treatment areas.
3. Match Device Class to Usage Scenarios
Clinical-grade devices (e.g., Dornier Aries, $50K–$150K) deliver high energy (≥0.4 mJ/mm²), support 50,000+ treatment cycles, and suit hospitals/specialty clinics. Portable devices (e.g., Haibang MP200, $3K–$10K) offer medium energy (≤0.2 mJ/mm²), lighter weight (<2 kg), and ~10,000–20,000 treatment cycles, ideal for mobile practices or sports teams.
4. Safety, Compliance & Cost Factors
- Certifications: Mandatory FDA/CE/MDR Class IIb/III compliance.
- Safety features: Auto-calibration, skin-contact sensors, and dose tracking.
- Cost considerations:
- Upfront: $3K (portable) to $150K (clinical).
- Hidden costs: Applicator replacements ($200–$800/year) and maintenance (10–15% of device cost annually).
- ROI drivers: Patient throughput (5–10 sessions/day) and reimbursement eligibility (e.g., CPT 0101T in the US).
5. Differentiate from Ultrasound Therapy
Choose shock wave therapy over ultrasound for:
- Calcific tendinitis (superior calcium fragmentation).
- Chronic plantar fasciitis (75% efficacy).
Avoid shock waves for general muscle inflammation where ultrasound is more appropriate. Focused SWT uniquely treats deep conditions (e.g., kidney stones) beyond ultrasound’s 5 cm depth limit.