Description: Introducing Cosderma Diolash Trio Fiber FDA Approved Triple Wavelength Diode Laser | Fiber Coupled Diode Laser, the world's first fiber-coupled diode laser featuring triple wavelengths of 808nm, 755nm, and 1064nm. This advanced laser system offers unparalleled treatment versatility, making it suitable for a wide range of patients and hair types year-round. Designed with the latest Fiber Coupled (FC) technology, it provides stable, durable, and efficient laser hair removal treatments with superior clinical results.
 
Key Features and Advantages:
 
Triple Wavelength Technology:
808nm: Golden standard for hair removal, highly absorbed by melanin.
755nm: Ideal for light-colored and thin hair.
1064nm: Suitable for darker skin types, providing moderate energy absorption by melanin.
High Power and Efficiency:
Higher power with narrow pulse width for better efficiency and treatment effect.
Power options of 800W and 1400W for enhanced performance.
Durable Handpiece and Long Lifespan:
Handpiece designed to withstand high temperatures and moisture, ensuring longevity up to 50 million shots.
No consumables required, making it a cost-effective choice.
Lightweight Handpiece with Contact Cooling:
Ergonomically designed for comfortable use, especially for long sessions.
Sapphire contact cooling protects the epidermis and ensures safe, painless treatments with cooling temperatures between 0°C to 5°C.
Uniform Energy Distribution:
Designed for a uniform energy distribution with a small divergence angle for gentle and effective depilation.
Multiple Treatment Modes and Professional Software:
Four treatment modes: Repeat, Stamp, Classical, Custom, catering to different user needs and preferences.
New handle can accommodate three spot sizes (12mm, 60mm, and 4mm) for various applications including hair removal, pain relief, and mole removal.
 
Enhance your practice with the Cosderma Diolash Trio Fiber Diode Laser Machine, providing clients with the most advanced, effective, and comfortable laser hair removal treatments available.