What is Affirm and how it works?

The Affirm Anti-Aging Workstation offers wrinkle reduction, scar treatment, pigmentation and redness reduction; age spot treatment, facial rejuvenation and coagulation of tissue resulting in tighter skin for overall younger looking skin. Affirm incorporates our MultiPlex� technology with our Combined Apex Pulsesm (CAP) technology-the industry's fastest laser-based energy source-and Xenon Pulsed Light (XPL) technology into one compact workstation.

A comprehensive solution

By uniquely combining three leading-edge technologies, the Affirm offers you a total skin rejuvenation system that targets all layers of photo-damaged and aged skin. Using 1440-nm CAP technology, the Affirm targets superficial layers of photo-damaged tissue. Our state-of-the-art XPL technology enhances clinical outcomes associated with the treatment of redness and pigmentation. And Affirm's newest feature-the 1320-nm MultiPlex technology-targets deep layers of collagen structures for skin laxity and tightening.

Empower your skin

Superior technology

Unlike competitive technologies-which, by providing only one level of heat intensity, fail to optimize collagen production-CAP technology is a specialized optical lens array that redistributes laser energy into varied levels of heat intensities to simultaneously stimulate and remodel collagen. Since lower energy levels can be delivered to the skin without compromising effectiveness, client discomfort is significantly decreased while the healing process is rapidly accelerated.

How does CAP work?

The CAP array is consists of approximately 1,000 diffractive elements per centimeter square to affect more surface area per single pulse. CAP technology delivers "apex" pulses of high fluence regions for collagen remodeling, surrounded by a low fluence collagen stimulating treatment zone. This combined action improves treatment efficacy, while minimizing the side effects experienced with existing methods. The CAP apex pulse energy distribution is limited to approximately 300 microns in depth, constraining treatment to the zone of superficial photo-damage (i.e. the targeted area).