CELLUMA TREATMENT
Instead of using harsh, damaging chemicals to fight signs of aging or acne, this clinically proven and FDA approved treatment painlessly diminishes signs of fine lines and wrinkles. Celluma LED Light Therapy uses light energy to safely repair skin and muscle tissues, making it easy for you to feel and look amazing. It is designed to treat large areas in a single session to dramatically improve your skin care and pain management. Benefits of Celluma LED Light Therapy include:
- Reduces acne bacteria
- Clears existing breakouts
- Improves elasticity and firmness of skin
- Stimulates collagen production
- Diminishes fine lines and wrinkles
- Improves circulation
- Reduces inflammation and stiffness
- Eases pain relating to arthritis, muscles, and joints
How Light Therapy Works
Think of it as a battery charger for compromised cells . . .
Light source emits photons
Photons are absorbed in the mitochondria and cell membranes
Causing an elevation of ATP synthesis
Increased ATP causes a cascade of metabolic events resulting in biochemical & cellular changes…
Cells Affected by LED Therapy
Fibroblast Cells: (red, a little IR). Produces collagen and elastin fibers in connective tissue.
Keratinocytes: (both red and IR equally). Provides structural strength to the skin, hair and nails. Responsible for skin clarity, tone and texture.
Mast Cells: (red, near IR). Essential for inflammatory reactions.
Neutrophil Cells: (leukocytes): (little red, mostly IR). Are the first line of defense in the inflammatory process. Adequate numbers are important to protect the body from infection.
Macrophage Cells: (leukocytes): (red and IR). Play a vital role in activating specific immune responses.
P. acnes bacteria: (blue) causes bacteria to destroy itself.
Acne
Blue Light Dominant 465 nm)
Singlet oxygen is produced
P.acnes self-destrucNon A phototoxic reacNon caused by singlet oxygen (a bacteriacide)
Tissue Repair
Red Light Dominant(640 nm)
Absorbed by fibroblasts
Up-regulaNon of ATP process
Up-regulaNon of ATP process
Absorbed by fibroblasts
Absorbed by fibroblasts
Pain
Near – infrared dominant (880 nm)
Creates Angiogenesis
Decrease Inflammation
Pain Reduction
Wound Healing
Red + IR wavelengths (640 + 880nm)
Absorbed by epithelial cells
Up-regulation of ATP process – cell migration
Angiogenesis
