Here's the simplified version: when the laser light penetrates the skin (up to 5 cm deep, depending on the model), it's absorbed by the mitochondria in your cells. Mitochondria are like the "powerhouses" of the cell—they produce ATP, the energy currency that keeps cells functioning. When cells are damaged or inflamed (like in a sprained ankle or arthritic joint), their mitochondria slow down, and ATP production drops.
B-CURE Laser's light gives those mitochondria a boost, kickstarting ATP production and speeding up the repair process. It also reduces inflammation by decreasing the number of pro-inflammatory molecules in the area and increases blood flow, which brings more oxygen and nutrients to the damaged tissue.
Studies back this up. For example, a 2022 clinical trial published in the
Journal of Orthopaedic & Sports Physical Therapy
found that patients with chronic knee pain who received LLLT (similar to
B-CURE Laser) reported a 40% reduction in pain after just 6 weeks, compared to 15% in the placebo group. Another study on wound healing showed that LLLT shortened recovery time by an average of 30% in patients with diabetic ulcers. These aren't just numbers—they translate to real relief for patients who've been suffering for months or even years.