Reduced inflammation

Red and near-infrared light have direct anti-inflammatory effects. Published research shows these wavelengths reduce key inflammatory markers in tissue, supporting an environment where the body's natural repair processes can work more efficiently.

Boosted cellular energy

Your cells convert red and near-infrared light into cellular energy through the mitochondria. Published research has directly measured increased energy production in human tissue following light therapy. More cellular energy means cells can maintain, repair, and regenerate more effectively.

Supported gut bacteria balance

Published research shows abdominal red and near-infrared light can shift the balance of gut bacteria in a healthier direction. A 2025 systematic review found increased production of short-chain fatty acids, the compounds that fuel colon cells and support immune function.

Nerve function support

Red and near-infrared light have been studied for their effects on nerve tissue. Research shows these wavelengths support nerve regeneration and increase antioxidation levels, which may help maintain healthy nerve signaling in the back, hips, and lower extremities.

Improved blood circulation

Red and near-infrared light boost blood flow to treated areas, delivering more oxygen and nutrients to tissue that needs repair. Improved microcirculation supports the body's natural maintenance of muscles, joints, and digestive tissue.

Tissue repair support

Published research shows red and near-infrared light support connective tissue repair processes, helping cells in cartilage, muscle, and the gut lining produce more energy, build collagen, and maintain structural integrity.

Medical-grade lasers that reach deep tissue.

Standard at-home red light therapy belts use only LEDs, which scatter as they pass through skin and fat. The Cura LaserFlex Ultra™ combines 35 semiconductor lasers with 190 LEDs across four wavelengths. Lasers deliver coherent, focused light that penetrates deeper, reaching muscles, fascia, nerves, and gut tissue that LED-only devices cannot effectively access. This is the same class of laser technology used in clinical photobiomodulation research.

1,850 mW total irradiation power.

Irradiation power determines how much therapeutic light actually reaches your tissue. The Cura LaserFlex Ultra™ delivers 1,850 mW of total output across four precision wavelengths (630nm, 650nm, 808nm, and 940nm). Higher power means more photons reach the target tissue at the depth where they're needed, critical for areas like the lower back, abdomen, and hips where tissue depth is greatest.

Targets surface tissue and drives cellular energy production.

Red light at 630nm and 650nm is absorbed by the mitochondria, the energy centers inside every cell. This increases cellular energy production (ATP), which research shows is the foundational driver of tissue repair, inflammation control, and healthy cell function. The 650nm laser component delivers this energy as a coherent beam that penetrates more efficiently than LED light alone.

Red wavelengths support the body's natural inflammatory response. Published studies show red light reduces key inflammatory markers while increasing anti-inflammatory signals, shifting the balance away from chronic inflammation and toward repair.

Reaches deep tissue that red light alone cannot access.

Near-infrared wavelengths pass through skin, fat, and muscle to reach deeper structures such as spinal joints, nerve roots, fascia, and gut tissue. The 808nm laser delivers focused near-infrared energy deep into tissue where chronic pain and gut dysfunction originate.

Published research shows near-infrared light supports nerve function, boosts blood flow through nitric oxide release, and enhances the body's natural tissue repair processes. The 940nm LED extends coverage across a broader treatment area, ensuring comprehensive deep-tissue delivery.