Neurosurgery

Osteochondrosis and degenerative intervertebral disc disease, common in neurosurgery and orthopedics, lead to chronic back pain, reduced mobility, and deterioration of joint function. Traditional surgical approaches can be invasive, carry risks of tissue damage, and require long recovery periods. Pain syndromes affecting spinal joints and nerve ganglia also demand less invasive, yet effective treatment alternatives.

 

Laser therapy using 0.97 µm diode and 1.55 µm thulium fiber wavelengths—delivered via thin surgical fibers—offers a minimally invasive, precise treatment modality for both bone and soft tissue structures.

These wavelengths interact complementarily with water and hemoglobin, enabling highly targeted energy delivery.

A key method, Puncture Laser Thermoplasty (PLT), allows percutaneous access via a single needle puncture, followed by the creation of thermal microchannels in the intervertebral disc. This not only relieves intradiscal pressure but also stimulates cartilage regeneration, enhancing structural restoration and function.

 

The same principle applies to low-invasive laser treatment of joint and spinal pain, where precise thermal effects support nerve modulation, inflammation reduction, and tissue repair without open surgery.