Laser & Optical Technology
Laser is the most widely applied platform in energy-based aesthetics. Different wavelengths correspond to different chromophores and penetration depths, which defines what each laser device can do.
Aesthetic laser technology at LEIJEX spans 808nm diode, long-pulse 1064, CO2 fractional, picosecond and 1470nm platforms, each developed for a defined clinical purpose.
Wavelength Selection: From 808nm to 10600nm
The LEIJEX product line covers multiple laser wavelength routes: 808nm diode lasers for hair removal; Q-switched Nd:YAG 532/1064nm for pigment and multi-color tattoo applications; 10600nm CO2 fractional lasers for ablative resurfacing; picosecond lasers for short-pulse pigment work; and 1450/1470nm non-ablative fractional platforms for fine anti-aging applications. Wavelength defines the chromophore, and the chromophore defines the application — the first principle of laser device selection.
Pulse Control and Output Stability
Output stability depends on laser bar quality and driver design. The 1200W808 diode hair removal laser, for example, uses a laser source built from 10 bars (120W each) tested through one hundred million pulse cycles; constant-current output and real-time water-loop monitoring (flow and temperature) keep output consistent through long clinic days.
Optics, Cooling and Safety
Optical path design determines delivery efficiency; contact cooling (TEC + sapphire) protects the epidermis; aiming systems such as infrared guidance improve precision. Together these engineering elements form the complete chain from parameters to user experience.
Related: Energy delivery control · Labs & equipment · Laser devices on brand site SYNIXFIELD
Frequently asked questions
Which laser wavelengths does LEIJEX work with?
Our aesthetic laser technology covers 808nm diode for hair removal, long-pulse 1064nm, CO2 fractional 10600nm, picosecond and 1470nm platforms – each developed for a specific treatment purpose.
Do you manufacture the laser sources yourselves?
Key optical modules are developed and verified in-house with qualified component partners; every source is characterized on our optical benches before integration.
Can laser parameters be customized for a market?
Energy ranges, spot sizes and hand-tool configurations can be adapted to regulatory and clinical requirements of a target market, subject to verified scope and certifications.