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 โ 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 โ 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 360ยฐ 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 โ 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 360ยฐ 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 cmยฒ and up to 1,275 watts of power, the S handpiece is a simple and affordable starter kit for professional hair removal.
1.0 cmยฒ spot size for high degree of accuracy
360ยฐ 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 cmยฒ and a power of up to 1,700 watts.
1.5 cmยฒ spot size for high degree of accuracy
360ยฐ cooling system for reduced skin irritation
1,700 watts of power, fast and efficient
810 / 940 nm