From my workshop to your clinic network, I bring the Shockwave Diathermy Machine that meets modern rehab and pain management needs. Designed with ODM in mind, I offer flexible Product customization options—handpiece design, output settings, control interfaces, and branding—so your brand can own the market. This unit delivers non-invasive, high-precision tissue stimulation using high-frequency diathermy shockwaves, ideal for physiotherapy, sports medicine, and post-op recovery. It features selectable pulse modes, adjustable intensity, built-in safety interlocks, and a compact skid for easy clinic floor plan fit. Reliable power supply, durable medical-grade components, and compliance with medical standards. I provide rapid ODM pilot runs, scalable production, and full after-sales support: training, spare parts, service contracts, and firmware updates. If you’re sourcing a robust Shockwave Diathermy Machine as part of a larger Product line, I can align with your procurement cycles and NDA, ensuring on-time delivery and competitive pricing.
Global buyers in rehabilitation and sports medicine are turning to shockwave diathermy machines this year. These devices blend targeted shockwave therapy with diathermic heating to stimulate healing, ease pain, and restore mobility. With adjustable frequency, energy levels, and interchangeable heads, clinicians can tailor programs for tendinopathies, muscle strains, and post-operative rehab. Modern units feature intuitive touch screens, preset protocols, and compact builds for clinics, hospitals, or mobile practices. From a procurement perspective, choose a partner with strong R&D, rigorous quality control, and an efficient global distribution network. Verify compliance with international standards, spare parts availability, and multi-region certifications. Seek flexible terms, OEM/ODM capacity, and scalable manufacturing to shorten lead times and enable customization. Look for clinician training resources, remote diagnostics, and robust after-sales support to ensure stable operation and measurable outcomes worldwide this year.
| Product ID | Device Type | Modality | Frequency Range (MHz) | Max Output Power (W) | Treatment Areas | Weight (kg) | Dimensions (L x W x H cm) | Certifications | Year |
|---|---|---|---|---|---|---|---|---|---|
| SPD-2026-SWD-01 | Shortwave Diathermy | Combined Pulsed | 27.12 | 600 | Pelvis; Hip; Lower Limb | 22 | 45 x 40 x 28 | CE; ISO 13485 | 2026 |
| SPD-2026-SWD-02 | Shortwave Diathermy | Continuous | 13.56 | 450 | Abdomen; Pelvis; Back | 18 | 42 x 36 x 26 | CE; RoHS | 2026 |
| SPD-2026-SWD-03 | Shortwave Diathermy | Pulsed | 27.12 | 400 | Shoulders; Elbow; Forearm | 16 | 38 x 34 x 25 | CE | 2026 |
| SPD-2026-SWD-04 | Shortwave Diathermy | Pulsed | 27.12 | 200 | Knees; Calves; Thighs | 14.5 | 36 x 30 x 24 | CE; FDA | 2026 |
| SPD-2026-SWD-05 | Shortwave Diathermy | Continuous | 40.68 | 800 | Hips; Thigh; Groin | 24 | 50 x 42 x 30 | CE; ISO 13485 | 2026 |
| SPD-2026-SWD-06 | Shortwave Diathermy | Pulsed | 27.12 | 350 | Neck; Upper Back; Trapezius | 15 | 37 x 32 x 24 | CE; RoHS | 2026 |
| SPD-2026-SWD-07 | Shortwave Diathermy | Combination | 13.56–27.12 | 500 | Knees; Ankle; Foot | 19 | 40 x 34 x 26 | CE; RoHS | 2026 |