THE THERAPEUTIC EFFECTS OF K-LASER
INCREASED METABOLIC ACTIVITY
By stimulating key molecules such as haemoglobin, water, and cytochrome c, K-Laser therapy enhances tissue oxygenation, boosts ATP synthesis, and improves intercellular exchange—triggering a cascade of photochemical reactions that accelerate healing and regeneration.
IMPROVED VASCULAR ACTIVITY
K-Laser therapy induces vasodilation in the treated area and promotes angiogenesis, enhancing blood circulation and optimising tissue oxygenation, nutrient delivery, and the removal of cellular waste and inflammatory factors. It also stimulates the lymphatic drainage system, effectively reducing swelling caused by bruising or local inflammation.
ANTI INFLAMMATION
Laser therapy accelerates the resolution of inflammation. It has been shown to reduce levels of Interleukin-1—a pro-inflammatory cytokine—and to increase the activity of the antioxidant enzyme Superoxide Dismutase (SOD), thereby minimising oxidative stress and limiting tissue damage caused by free radicals.
IMPROVED NERVE FUNCTION
Laser therapy has been shown to support the normalisation of nerve signal transmission across autonomic, sensory, and motor pathways. Studies demonstrate improvements in both Compound Muscle Action Potential (CMAP) and Nerve Latency following treatment. Additionally, laser therapy promotes axonal sprouting and cellular regeneration in damaged nerves, aiding functional recovery.
ANALGESIC EFFECT
Pain relief results from the modulation of nerve activity, along with the reduction of local inflammation and swelling—effects that have been consistently demonstrated following a course of K-Laser therapy.
ACCELERATED TISSUE REPAIR AND CELL GROWTH
K-Laser’s specific wavelengths, power, and pulse frequencies penetrate deeply into tissues, stimulating cellular metabolism and accelerating cell reproduction and growth. As a result, the repair of tendons, ligaments, muscles, and bones occurs more rapidly.
REDUCED FIBROUS TISSUE FORMATION
Early K-Laser therapy can help prevent the formation of excessive scar tissue after injuries, burns, or surgery. Treated tissues heal with greater elasticity and minimal scarring, reducing the risk of chronic pain often associated with fibrotic tissue.
IMMUNOREGULATION
K-Laser therapy has been shown to accelerate leukocytic activity and enhance the lymphocytic response, promoting the efficient removal of nonviable tissue components and faster repair. Wounds treated with K-Laser also exhibit greater resilience against secondary infections.
FASTER WOUND HEALING
Laser therapy optimises collagen and elastin synthesis, enabling wounds treated with K-Laser to heal more rapidly and with greater tensile strength, reducing the risk of re-injury. K-Laser therapy has proven effective in treating chronic diabetic ulcers and traumatic wounds.