Laser Light Therapy At Home

• Rejuvenating and removing wrinkles
• Whitening and lightening spots
• Repairing damaged skin, smoothing small wrinkles,
• Reducing pores, and promoting collagen production

1,Achieve your skin -650nm*17pcs Red light works right in the dermis to promote enhanced collagen and elastin production.

2,Smooth and wrinkle free- Enhanced collagen production helps you maintain a smooth and wrinkle-free countenance.

3, Skin tightening. With better skin elasticity, the facial skin is given an instant lift similar to the effects of a facelift procedure. Suitable for droopy or sagging skin caused by old age or premature skin aging.

4, 2 operating modes - To help your skin adjust to light therapy, this red light wand device has 2 operating modes: continuous and pulsating.

5, Safe and non-invasive - For your peace of mind, this device uses 17 laser beams to effectively deliver light energy.

Scientific studies have validated that light energy at specific wavelengths can activate skin cells to perform particular physiological functions. Low-power laser lighting can supply ample energy to stimulate skin wound healing and repair damaged cells. Notably, red light is highly effective in reducing inflammation and combating aging. laser red light can enhance the activity of fibroblasts, promoting the production of collagen and elastin. The formation of collagen and elastin helps to improve skin fairness and elasticity, resulting in a more youthful and radiant complexion. Additionally, it promotes the skin's aerobic respiration and aids blood circulation. This accelerates cellular metabolism and capillary blood flow, reduces freckles and redness, and facilitates the repair of sunburned skin, making it an effective anti-aging treatment.

Exposuring to red light in the 633-660nm wavelength range increases collagen production by five times compared to the normal rate of human cell differentiation. Collagen enhances skin elasticity and repairs damaged cells. Consequently, the red light emitted by the laser light therapy at home can effectively improve skin roughness, fine lines, and wrinkles, as well as reduce acne inflammation.

The basic biological mechanism behind the effects of LLLT is thought to be through absorption of red and NIR light by mitochondrial chromophores, in particular cytochrome c oxidase (CCO) which is contained in the respiratory chain located within the mitochondria,and perhaps also by photoacceptors in the plasma membrane of cells. Consequently a cascade of events occur in the mitochondria, leading to biostimulation of various processes .Absorption spectra obtained for CCO in different oxidation states were recorded and found to be very similar to the action spectra for biological responses to the light.It is hypothesized that this absorption of light energy may cause photodissociation of inhibitory nitric oxide from CCO9 leading to enhancement of enzyme activity, electron transport,mitochondrial respiration and adenosine triphosphate (ATP) production .In turn,red light laser for face alters the cellular redox state which induces the activation of numerous intracellular signaling pathways, and alters the affinity of transcription factors concerned with cell proliferation, survival, tissue repair and regeneration.

The initial signs of skin aging typically appear in the late 20s to early 30s, often manifested as wrinkles, pigmentation issues, broken blood vessels, and reduced skin elasticity. Histologically and molecularly, common features include a decrease in collagen levels, breakdown of collagen fibers, and degeneration of elastic fibers. Both intrinsic aging and environmental factors contribute to the skin aging process, but photodamage is considered a major cause of these changes.



In a clinical study conducted by Weiss et al., 300 patients underwent laser therapy (650nm, 0.10 J/cm²) alone, while 600 patients received laser therapy combined with a thermal-based photorejuvenation procedure. Among those who had laser photorejuvenation alone, 90% reported smoother skin texture and a reduction in roughness and fine lines, ranging from significant improvements to more subtle changes. Additionally, patients who received a thermal photorejuvenation laser, with or without extra photomodulation (n = 152), noted a marked reduction in post-treatment redness and an overall impression of enhanced efficacy with the supplementary laser treatment. This reduction in post-treatment erythema is likely due to the anti-inflammatory effects of low-level laser therapy (LLLT). A multicenter clinical trial using different pulse sequence parameters involved 90 patients receiving 8 laser treatments over 4 weeks. The results were highly positive, with over 90% of patients improving by at least one photoaging category and 65% showing overall improvement in facial texture, fine lines, background redness, and pigmentation.