Laser therapy is a modern method of treatment with laser pulses that deeply affect tissues, resulting in reduced pain, improved blood circulation, normalized metabolic processes, accelerated recovery, and reduced inflammation.
Laser therapy with a multiwave locked system (Multiwave Locked System M8) is an ultra-modern technology and is currently considered the most advanced, most powerful, and best laser for all diseases of the musculoskeletal system.
The MLS M8 laser features revolutionary technology that uses a multi-wavelength, fully robotic laser for faster healing and reduced pain
The MLS M8 is endorsed by the American Academy of Orthopaedic Surgeons and FDA-cleared, and works by emitting a specific wavelength of light energy into damaged cells, which stimulates intracellular activity, reduces pain, and speeds up recovery time.
In the case of pathologies of the musculoskeletal system, an effective treatment method is high-intensity laser therapy. Laser therapy is especially effective during the period of fracture healing, in chronic diseases and joint injuries and spine. A significant advantage of laser therapy in orthopedics is to reduce the symptoms of the disease and restore the functionality of the body, which was once possible to restore only by surgery. Laser therapy also activates the natural processes of regeneration and healing. This is a great advantage over other treatment methods.
The MLS® laser produces a combination of synchronized pulsed and continuous waves, making it more effective in treating pain, inflammation, and swelling. Whereas conventional lasers can only emit one type of laser pulse, making them less effective.
The synchronized dual-wavelength beam provides comprehensive results – for example, pain reduction is greater than a single-wavelength beam of the same power. Thus, the 905nm superpulsed laser relieves pain and promotes healing, while the 808nm continuous wave beam helps reduce inflammation and swelling.
The principle of action of laser beams on the tissues of the musculoskeletal system covers three levels – cellular, tissue and systemic. The laser is directed to a body area, the enzymes of the cell absorb the light and laser pulses and activate many complex biochemical processes inside them. This has a positive effect on the general condition of the cells – they are actively renewed and restore tone.
Laser therapy causes the release of endorphins and enkephalins, which are the body’s «feel good» hormones, and this immediately reduces the pain experienced by the patient. It has an analgesic effect on various nerves in the body and also reduces pain by reducing levels of bradykinin, a chemical that causes pain. Laser therapy also increases levels of adenosine triphosphate (ATP), which helps speed up the body’s natural repair processes. It also dilates the arteries so that any damaged material can be evacuated and so that more oxygen and nutrients can be delivered to the affected area.
Also, regeneration mechanisms are naturally triggered and the body's resources are mobilized. Photomechanical wave-like rays do not disrupt the structure of tissues, but on the contrary cause only a positive effect. This gives a quick and effective result and an extremely low probability of complications.
