Complete Spectrum of Rejuventation Treatments
The wider acceptance and increased accessibility of aesthetic medicine to an aging population have led to booming demands in photo rejuvention treatments. An increasing number of customers are turning to Nd:YAG and Er:YAG laser rejuvenation treatments to benefit from their unique advantages. Fotona recognizes the need for laser systems that offer a complete spectrum of rejuvenation treatments and provides you the unique opportunity to fulfill your customers' needs with these two complementary laser sources.
VSP-Shaped Nd:YAG for Non-Ablative Deep Rejuvenation
The unique deep penetration capabilities of the Fotona VSP-shaped Nd:YAG laser ensues thermal rejuvenation of deeper skin structures without affecting the epidermis. Non-ablative deep dermal rejuvenation is achieved through heating deeper skin structures only, regardless of skin type. The resulting laser-induced collagen remodeling and new collagen formation slows down skin aging. The limited superficial thermal effects and non-aggresive nature, allow you to offer your customers comfortable, fast and efficient rejuvenation treatments with virtually no downtime.
VSP-Shaped Er:YAG - From Resurfacing to Thermal Rejuvenation
The Er:YAG laser is widely recognized as the optimal modality for laser surery and skin resurfacing. It has the highest absorption coefficient in skin of all the infrared lasers, allowing extremely precise micron layer-by-layer ablation of the epidermis. Fotona's underlying VSP technology enables you to precisely regulate the ration between its cold ablative effects and thermal effects inside the skin.
Short Pulsed Er:YAG Laser Provides Cold Ablation
With a short pulsewidth, the VSP-shaped Er:YAG laser induces minimal thermal effects to underlying tissue while rejuvenating the superficial skin layers through ablation of the epidermis. This allows you to offer effective skin rejuvenation treatments with higher comfort levels and shorter recovery times.
Long Pulsed Er:YAG Laser Combines Ablation and Coagulation
By increasing the pulse duration, more heat is diffused in the skin and a resulting collateral thermal effect is achieved. These thermal effects produce pronounced collagen contraction and new collagen stimulation in the dermis. Clinical trials have proven a light ablative effect on the epidermis, relative non-invasive stimulation of new collagen formation, and no post-treatment downtime.
SMOOTH Pulse Er:YAG Lser Offers Non-Ablative Dermal Rejuvenaton
Fotona's stacked pulse technology allows you to choose the purely non-ablative Er:YAG laser SMOOTH mode for skin rejuvenation treatments. The thermal SMOOTH mode provides dermal remodeling and rejuvenation without affecting the epidermis.
