Description

The EpiLab has been optimised for fast, low-pain treatment that can be used at any time of year. The system is suitable for all body areas and skin types – even for lightly tanned skin. It works on all hair colours except grey or red hair.
Technology & performance The EpiLab uses the most advanced technology on the market today for hair removal: a high-power diode laser with a unique combination of wavelengths. These and many other features make the EpiLab the ideal entry into the laser epilation market.

One laser – numerous handpieces: The new, lightweight and ergonomic handpieces set new standards in aesthetic laser medicine and ensure maximum stability. The specially developed technology, design and treatment concept with 360° contact skin cooling as well as exclusively selected materials enable long-lasting use with maximum safety. There is a suitable solution for every need and thanks to the two-handpiece port system there are numerous combination options.

One laser – numerous handpieces
The new, lightweight and ergonomic handpieces set new standards in aesthetic laser medicine and ensure maximum stability. The specially developed technology, design and treatment concept with 360° contact skin cooling as well as exclusively selected materials enable long-lasting use with maximum safety. There is a suitable solution for every need and thanks to the two-handpiece port system there are numerous combination options. The perfect tools for the daily work of every user.

Handpiece /S
With a spot size of 1 cm² and up to 1,275 watts of power, the S handpiece is a simple and affordable starter kit for professional hair removal.
1.0 cm² spot size for high degree of accuracy
360° cooling system for reduced skin irritation
1,275 watts of power
810 / 940 nm

Handpiece /M
The M handpiece enables convenient handling for smaller areas with a spot size of 1.5 cm² and a power of up to 1,700 watts.
1.5 cm² spot size for high degree of accuracy
360° cooling system for reduced skin irritation
1,700 watts of power, fast and efficient
810 / 940 nm