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In the field of aesthetic laser dermatology, the combination of 1927nm and 1550nm wavelengths represents a significant innovation in non-ablative fractional laser technology. The 1550nm wavelength penetrates deep into the dermis, effectively improving wrinkles and scars, while the 1927nm wavelength targets the epidermis and superficial dermis to treat issues such as pigmentation and uneven skin texture. The synergistic action of these two wavelengths enables a layered treatment approach—extending from the epidermis to the dermis—thereby offering a more comprehensive solution for photo-aged skin, pigmentation disorders, and scar repair.
This dual-wavelength laser system utilizes two specific wavelengths—1927 nm and 1550 nm—and operates based on the principle of focused photothermal therapy. This mechanism employs laser energy to create microscopic zones of thermal injury within the skin, known as Microthermal Treatment Zones (MTZs). Each MTZ measures a mere 70–150 microns in diameter and reaches a depth of 400–700 microns; crucially, these zones are surrounded by intact, healthy tissue, thereby facilitating the rapid initiation of the skin's natural repair processes.
The 1550 nm laser possesses a moderate absorption coefficient for water, enabling it to penetrate deep into the dermis. It primarily addresses fine lines, wrinkles, and various types of scars by inducing the regeneration and remodeling of dermal collagen. Furthermore, it restores the normal alignment of elastic fibers, thereby effectively treating uneven pigmentation and ameliorating structural changes associated with photo-aged skin.
In contrast, the energy of the 1927 nm laser is predominantly deposited within the epidermis and the superficial dermis. Given its significantly higher absorption coefficient for water compared to the 1550 nm wavelength, it is particularly well-suited for treating epidermal conditions associated with sun damage—specifically, pigment spots and freckles.
F15mm: Suitable for delicate areas such as the lips, hairline, and fingers.
F30mm: Suitable for larger areas—such as the legs, back, and chest—and effectively accelerates treatment speed.
Dual-Track Handpiece: Features dual energy emission tracks capable of simultaneously delivering two wavelengths (1927nm and 1550nm) to enhance treatment efficiency.
Single-Track Handpiece (Optional): In addition to the standard Dual-Track Handpiece, the device offers a Single-Track Handpiece as an optional accessory.
You can select the most suitable scanning mode based on the target treatment area to achieve precise and efficient treatment. This device effectively addresses skin concerns across various parts of the face and body; furthermore, it is suitable for all skin types and tones, making it an ideal choice for modern skin regeneration and scar repair.
Fast Treatment
The fastest resurfacing solution, with full face treatment completed in just 6-8 minutes.
Wide Coverage
Larger beam diameter (200μm & 350μm) and scan size (4 x 10 mm & 6 x 10 mm) for increased treatment efficiency.
Intuitive Operation
Easy-to-navigate display with customizable options for Coverage Rate, Total Energy, Density, and Interval.
Customizable Software
Supports language and software customization to meet diverse needs.
