IPL Laser Anti-Aging

The employment of lasers in the ablation burn wear process is well established. Hyperpigmentation, tint, patches, discoloration, extended redness, and other issues are also known, especially in nations with a lot of sunshine.

Instead of generating burn wounds, the latest generation Laser attempts to cure at the cellular level. LHE selective photothermolysis technique aims to solve difficulties from the past while also addressing the issue of aging at the cellular level. It tries to selectively operate on fibroblasts while simultaneously reorganizing the already existent constituents of elastin and collagen using two energy routes of light and heat.

Skin lesions such as hyperpigmentation and spots caused by local and selective energy absorption vanish at the same time.

Lower energy and specific filters protect the skin, making LHE technology safer and less prone to problems while also being twice as effective. In comparison, earlier technology uses 45 J / cm of energy, but the latest generation LHE technology uses only 10 J / cm. The skin is affected by the spectrum of light, which extends from 520 mm to 900 mm (melanin, hemoglobin, collagen, elastin). The Lasers' penetration depth did not surpass 4.5 mm, which was insufficient to cover all of the varied parts of the face.

The face, neck, décolleté, and hands undergo these treatments. Six to ten sessions are required, with application occurring once or twice a week.

The firmness and youthful appearance of the skin and the area where the sessions took place are discernible from the second to third application.