Traumatology and Orthopedics

Laser technology enables precise, controlled energy delivery for targeted treatment of both hard (bone) and soft (cartilage, ligament, synovial) tissues—supporting minimally invasive procedures with greater accuracy and reduced trauma.

 

The 0.98 µm and 1.55 µm wavelengths are particularly effective in traumatology and orthopedics, providing complementary tissue interactions that enhance both surgical precision and therapeutic outcomes.

Treatment of Cartilage Tissue

Osteoarthritis is a degenerative joint disease characterized by damage to the articular cartilage. Reconstructive arthroscopic procedures, particularly on the knee joints, can be performed using laser radiation at 1.56 μm, either alone or in combination with 0.97 μm. The coagulative properties of laser radiation support arthroscopic laser plastic surgery of ligaments and menisci, facilitate the removal of osteophytes, and enable smoothing of articular surfaces. Additionally, low-power photothermal laser energy can stimulate regeneration of damaged cartilage, aiding the recovery process at the cellular level.

 

Treatment of Osteomyelitis

Laser systems operating at 0.97 μm with high power output (up to 30 W) have enabled the development of minimally invasive techniques for treating osteomyelitis, non-union fractures, and related bone conditions. This method involves transcutaneous laser perforation of the bone through the skin and muscle in the area of inflammation. Without removing the fiber, endosteal thermotherapy of the medullary canal is then performed at a reduced power level. The procedure does not require incisions or drainage of soft tissue or bone marrow, reducing surgical trauma and postoperative complications.