One of the most common uses of MLS® Therapy is to relieve pain, both at the initial appointment and as part of ongoing treatment. The additional benefits of reduced oedema and an improved tissue healing process amplify the pain modulation effects.

Back Pain
Acute and chronic back pain. It is especially effective with lower back pain and efficiently gives patients improved mobility and a better quality of life.

Head and Neck
Immediate short-term relief from head and neck pain leading to improved mobility and patient comfort. It can be used over longer periods for chronic conditions. In addition, various head and neck disorders such as myofascial pain dysfunction syndrome and trigeminal neuralgia can be treated effectively.

The MLS® laser is effective in promoting cellular healing through its Biostimulation mode including almost any injury to a body part whether chronic, acute or post treatment. The laser speeds wound repair due to the additional effects of reduced oedema, inflammation and pain reduction simultaneously.

Soft tissue

A variety of soft tissue injuries can be treated such as injuries from sport (muscles strain / tears, tendons).

Wound healing

The MLS® laser is extremely well suited for the treatment of dermatologic conditions such as wounds, ulcers and sores.

Laser therapy has been shown to be effective in both osteoarthritis and rheumatoid arthritis to reduce pain and improve function. The treatment is safe, non-invasive, without medication and short-term pain relief is often immediate. Arthro-rheumatic pathologies treated include Gonangia, Epicondylitis, Neck pain, Lumbago, Myositis, Arthrosis, Sciatalgia, Shoulder pain, Hand and foot polyarthritis, and Hip Arthrosis (initial phase).

MLS® therapy is extremely effective in treating inflammation of the tendons and sheath. Chronic disorders such as lateral and medial epicondylitis, tendinopathy, achilles tendonitis and various articular diseases.

Laser therapy is one of the few modalities that has been scientifically shown to be able to treat paraesthesia resulting from recent injury or surgery that results in nerve damage. MLS® Therapy provides a subjective and objective improvement in mechanical sensory perception where there is the long-standing neurosensory deficit.

Strong positive outcomes have been shown for the use of MLS® therapy in the treatment of chronic disorders such as lateral and medial epicondylitis, tendinopathy and various articular diseases. The treatment modality provides both immediate and long-term relief. Laser therapy can be used alone or in combination with other therapies to effectively treat tendinopathy both through relief of pain and improvement in mobility.

A variety of joint conditions and symptoms, both acute and chronic, respond positively to MLS® Therapy. Various articular diseases as well as lateral and medial epicondylitis show immediate and long-term benefits from the treatment.

The anti-pain and anti-oedema effects of MLS® therapy can be used in association with surgery. Using the laser promotes the reduction of post-operative pain, reducing the need for analgesics as well as reducing post-operative oedema. In addition, lasers in the MLS® range can be used to promote increased circulation for faster healing, better new tissue formation and overall accelerated wound healing. The MLS® therapy can also be used to stimulate the immune system and brings neutrophils to the site of an infection for faster healing. MLS® laser can be used before to prepare an area for surgery. This pre-conditioning can speed up the healing process.

The MLS® range of lasers are perfectly suited for use in sports medicine including improved injury recovery and improved endurance training and reduced muscle damage. The laser can be used for sports trauma treatment such as Muscle sprains, Joint sprains, Epicondylitis, Tendonitis, Contusions, Ecchymosis, and Bursitis.

Plantar Fascitis

Plantar Fasciitis is particularly difficult to treat as there are few proven treatment regimes. MLS® Therapy directly reduces inflammation and eases pain noticeably at the first appointment. In addition to the direct analgesic effects, the laser acts to stimulate fibroblasts for a faster regeneration of connective tissue structures in the tendon.