Muscles and tendons
Musculoskeletal injuries affect mainly the muscles and tendons. Clinical symptoms are characterized mostly by pain and functional limitation leading to a restriction in the freedom of movement.
Especially in sports accelerated regeneration times are necessary in order to preserve training performance.
LASERNEEDLE treatment
The LASERNEEDLE technology allows flexible and bundled irradiation of laser light into deeper lying tissue regions where the maximum healing effect can immediately be effective. The irradiation of the affected tissue can be made from several sides simultaneously. During the therapy, the doctor or therapist must not be present and can take care of the next patient. Few treatments are already sufficient to relieve pain and restore mobility again.
Advantages of LLLT compared to conventional treatment methods
- accelerated regeneration of the affected tissue. This also apply in postoperative use as for muscle and Achilles tendon ruptures
Low level laser therapy (LLLT) can be applied alone or in combination e.g. with manual therapy, shock wave therapy or ACP / Orthokin therapy systems to successfully accelerate treatment of e.g. Achillodynia, epicondylitis and plantar fasciitis.

Treatment carpal tunnel syndrome

Treatment Achillodynia
I am interested in additional information about the LASERNEEDLE products or a concrete offer
sample applications
- torn muscle fibers,
- muscle bundles ruptures concomitantly,
- piriformis syndrome,
- myofascial pain syndrome;
- epicondylitis,
- achillodynia,
- patellar tendinitis,
- Sinding-Larsen disease,
- collateral ligament tendinitis,
- supination trauma,
- plantar fasciitis;
- postoperative treatment of Achilles tendon rupture,
- muscle bundles ruptures, etc.
Product recommendation
For treatment of joint disorders we recommend the LASERNEEDLE Touch OrthoPhys device.

Studies
On request we will send you more information about scientific evidence on laser therapy showing the improvements in functional testing, pain relief and reduction of oxidative stress markers in the blood.