VADER 2 in 1 Laser System

Hair Reduction And Collagen Synthesis With One Laser

VADER is registered with the USFDA (United States), UKCA (United Kingdom), CE (Europe, & NMPA (China) as a cosmetic laser intended for hair reduction and collagen synthesis. This device works based on the resistance to light created pressure (joule effect) rather than selective color absorption. This means that it can reduce hair volume on anyone, regardless of the color of their hair. The laser is rapidly pulsed to provide cooling events during each laser emission to reduce the potential of heat buildup in the melanin of the skin that can cause hypo or hyperpigmentation reactions. This enables VADER to be used on all people for hair reduction or collagen synthesis. Normal medical restrictions would still apply.


Because of VADER Photonic Pressure Technology, most clients will experience 40-50% reduction in hair growth per treatment. Twice as efficient as legacy laser hair reduction technologies. Treating all hair colors increases the market from 15% of people to 99%. VADER Photon Pressure Technology protects all Fitzpatrick Scale described skin so everyone can benefit. APT believes VADER to be the first cosmetic laser that can be used safely and effectively on all hair colors and all skin colors.


In addition to being the best laser hair reduction device available, VADER has shown that it can stimulate 80+% collagen growth increase in most clients on the first treatment. Using the VADER Collagen Synthesis system, that growth can be increased to 150%+. Because of the pressure characteristics of the VADER Photon Pressure Technology system, benefits are evident in treatment of hyperpigmentation reduction, scar reduction, and sun damage reduction to the skin.

Performance and Versatility

VADER offers exceptional speed, capable of firing up to 10 times per second, which reduces overall treatment times by up to 70%. This efficiency allows technicians to serve more clients each day. The system features three distinct optics, each tailored to provide precise and targeted energy delivery.