Laser Wrinkle Removal: Understanding the Procedure and Its Benefits

Wrinkles are a common skin phenomenon that many individuals encounter due to aging or inadequate skin care. They are a concern that many seek to address, as their presence can contribute to an aged appearance. Fortunately, there are numerous methods available for wrinkle reduction, among which laser wrinkle removal surgery stands out as an effective option. Below, we delve into the fundamentals of laser wrinkle removal surgery!

I. Principle of Laser Wrinkle Removal

Mid-infrared fractional lasers offer 15W, 25W, and 35W laser capabilities, catering to clients with varying financial means. The wavelength of 1550nm targets water in the skin, ensuring treatment efficacy irrespective of skin color, thereby expanding the scope of treatable individuals. The installation of a (CPG) pattern generator enables the scanning of up to six shapes (circular, square, rectangular, diamond, triangular, and linear), allowing operators to tailor treatments based on the area and extent of the lesion, ensuring better targeting of tissues with minimal impact on surrounding healthy tissues, enhancing precision and effectiveness. The laser's output, including spot size, energy density, scanning patterns, speeds, and densities, is computer-controlled, allowing for adjustments tailored to different lesion types and depths (50-2000um), ensuring precise outcomes. The laser's 50-80um focal spot diameter ensures no scarring, pigmentation changes, or crusting, making the process safer and more effective. The unordered fractional scanning method prevents thermal energy accumulation, minimizing thermal damage and pain during treatment.

II. Advantages of Laser Wrinkle Removal

The mid-infrared fractional lasers, offering 15W, 25W, and 35W options, cater to diverse financial capabilities. Targeting water in the skin at 1550nm wavelength ensures efficacy regardless of skin color, broadening the treatable population. The (CPG) pattern generator scans up to six shapes, enabling precise targeting based on treatment areas and lesion sizes, minimizing impact on surrounding tissues for heightened precision and effectiveness. Computer-controlled parameters ensure customizable treatments tailored to different lesion types and depths (50-2000um), ensuring precision. The 50-80um focal spot diameter prevents scarring, pigmentation changes, and crusting, enhancing safety and effectiveness. The unordered fractional scanning minimizes thermal damage and pain. As the first to adopt an original 1550nm fiber laser with a maximum output of 35W, triple to quadruple the power of similar international devices, it guarantees consistent and stable light output. It offers immediate skin tightening and long-term regenerative effects, leveraging collagen's instant contraction at 60-70°C to lift and firm skin immediately. Over 2-6 months, stimulated collagen proliferation rejuvenates the dermis, restoring firmness and elasticity, gradually diminishing wrinkles.

III. Ideal Candidates

Laser wrinkle removal is suitable for addressing wrinkles around the eyes, nasolabial folds, facial lines resembling duck feet, boat-shaped wrinkles, and forehead lines. It also aids in skin rejuvenation for rough textures, facial contouring, sagging skin, and acne scars.