We offer your choice of two safe, FDA approved Celluma LED Light Therapy panels:
For treating Acne, Wrinkles and Pain, it is quite unlike any other LED panel device available today. Ideally sized for over the face, the Celluma PRO can be positioned easily over any part of the body, including the spine, hip or shoulder complexes, feet, knees, and more.
LED red light therapy devices have been cleared by the FDA for treatment of male and female pattern hair loss. It helps to proliferate hair follicle size and prevent catagen hair development (the end of the active growth of a hair). Low-level light therapy is a proven, effective, and safe treatment to
Light Emitting Diode (LED) phototherapy is the application of light energy to tissue to obtain therapeutic benefits. The energy is used to improve cellular performance. Phototherapy is known for its healing and anti-inflammatory properties and has a variety of applications across many medical fields. Research has shown that phototherapy can: increase circulation, accelerate tissue repair, decrease wrinkles, decrease inflammation, improve skin tone and wrinkles, texture and clarity, ease muscle and joint pain, stiffness, spasm and arthritis, kill acne bacteria, and much more.
Celluma is unique and quite unlike any other low level light therapy device available today. Based on NASA research, Celluma delivers blue, red and near-infrared light energy simultaneously to safely treat a wide variety of conditions. These specific wavelengths are well researched and scientifically proven to produce therapeutic benefits. Blue penetrates through the epidermis and is known to kill P.acnes bacteria. Red penetrates into the dermal layer and has been shown to enhance collagen and elastin production through photo biostimulation of fibroblasts. Near-infrared penetrates deepest and increases micro-circulation (tissue repair), decreases inflammation, and alleviates pain.
Specific wavelengths of light energy, when properly absorbed, up-regulates compromised cells. The light (photons) energy is absorbed by photoacceptors in the mitochondria and used to create adenosinetriphosphate (ATP). The ATP produced then stimulates various metabolic processes which can result in the repair and regeneration of cell and tissue components.