Extracorporeal radial shock wave therapy
Description
Highlights
Operating principle & technology
Studies
Description
CONVINCE YOURSELF OF THE INDUSTRY LEADER!
Experience the industry leader in superficial tissue damage therapy with Radial Shockwave. This advanced technology takes your patient care to the next level by providing effective treatment for superficial discomfort and chronic conditions. The radial shockwave helps to relieve pain and promote regeneration processes in muscles, tendons and connective tissue.
Take your patient care to the next level!
Superficial trigger points
Superficial tendon sheath inflammation
Trigger points
Myofascial syndrome
Highlights
- Superficial trigger point treatment
- Superficial tenosynovitis
- Ideal for the treatment of soft calcifications
- Effective in the treatment of myofascial syndrome
- User-friendly touch display with 27 preset therapy protocols
- Ergonomic applicator with easy maintenance
- Large selection of transmitters for various indications
Operating principle & technology
The radial shock wave releases a mechanical stimulation and transfers a high dose of energy to the affected tissue. This intense energy stimulates regeneration and repair processes and helps to alleviate chronic pain. It is the preferred choice for the treatment of superficial tendinopathies, calcifications and persistent pain in muscles and tendons.
Embrace Magnum!
Magnum technology is the most powerful portable radial shockwave and features 6 beams with a frequency of 22 Hz, suitable for treating even the most stubborn chronic pathologies. The applicator is ultra-light and equipped with shock-absorbing material, which makes the therapy process comfortable and effortless. The intelligent adjustment of the therapy parameters ensures a smooth process and optimal results.
The newly designed applicator construction guarantees a long service life and enables quick, easy changing of the tray without additional maintenance.
Studies
The Analgesic Effect of Shockwave Application Frequency
The progression from high repetitions (intensity) to low repetitions (intensity) showed the best pain control in our series.
With SWT, immobilization and limited weight-bearing are not necessary, and recovery time is generally relatively short.
ESWT is suggested as an additional conservative treatment that can be used to avoid surgery when other available conservative nonsurgical methods for chronic plantar fasciitis have failed.
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