1927nm & 1550nm Dual-Wavelength Fiber Laser
A non-ablative fractional laser module suitable for all skin types. It integrates 1927nm epidermal polishing and 1550nm dermal remodeling , supporting independent or alternating output to meet all anti-aging, spot removal, and skin resurfacing needs.
1 Year Warranty
24/7 Support
CE Certified
CE Compliant
Key Features
Dual-Wavelength Hybrid
Integrates 1927nm and 1550nm for precise layered anti-aging.
Ultra-High Repetition Rate
Up to 7500Hz for 1550nm and 2000Hz for 1927nm, supporting fast scanning handpiece development.
Safe for All Skin Types
Highly effective and safe even for dark skin types.
1927nm Epidermal Polishing
Focuses on the shallow epidermis to open micro-channels and improve skin tone.
Empowering Dermatological Aesthetics
Providing support for a range of common skin concerns
Facial Anti-Aging
Effectively targets fine lines and provides overall skin firming.
Restorative Repair
Highly effective treatment for acne pits, scars, and stretch marks.
Skin Texture Management
Addresses skin dullness and treats signs of photoaging.
All-Scenario Treatment
One light source meets all-scenario needs including anti-aging, spot removal, and skin resurfacing.
Product Overview
The 1927nm & 1550nm dual-wavelength fiber laser is a non-ablative fractional module based on the difference in water absorption peaks for precise layered treatment. The 1927nm focuses on the epidermis to open micro-channels and improve skin tone, while the 1550nm deeply penetrates to start collagen regeneration. Derived from mature LiDAR technology, it ensures industrial-grade stability, making it the ultimate engine for aesthetic medical devices.
30W High Power & 7500Hz Precision
Delivers up to 30W high power at 1550nm and 10W at 1927nm. Supported by repetitive frequencies up to 7500Hz to drastically compress clinical execution cycles.
<3% Power Stability
Ensures long-term operational reliability for medical devices with power stability of <3% in QCW/CW modes.
Ready to Build the Ultimate Aesthetic Device?
Partner with our engineering team to integrate this advanced dual-wavelength module into your next-gen dermatological systems.