Sciton Thermascan   Sciton Website Request a quotation Download Brochure	Non-ablative, Non-invasive treatment   Pulsed energy at a 1319 nm wavelength allows controlled heating of sub-epidermal layers of the skin. This is ideal for non-invasive wrinkle and acne scar treatment through collagen remodeling or for treating acne by heating sebaceous glands thereby minimizing oil production. The pulse duration and high scattering coefficient limit the heated region to a uniform thin layer below the epidermal-dermal boundary.
	The LAPG (Large Area Pattern Generator) computer-guided high speed scanner provides precise placement of each spot in a non-sequential pattern to prevent excessive heat build-up promoting thermal relaxation time between pulses. In addition, the advanced robotic scanning offers smooth operation, faster treatments, and 100% coverage.     To achieve optimal safety and patient comfort, the LAPG provides integrated contact cooling through sapphire plates and a powerful external chilling unit. The intelligent user interface provides user-friendly and quick guidance to initial settings for the treating conditions. ThermaScan is designed for all skin types including tanned skin.
	Clinical Applications
	The infrared laser treatment requires heating the target region to an elevated temperature within a narrow temperature band. Rejuvenation of dermal collagen includes:
	Wrinkles Acne Acne scars Skin tone and texture
	Science and Technology
	Collogen Remodeling
	Non-ablative techniques are motivated by the idea that collagen remodeling happens with an intact epidermal layer.       Thermally injure a dermal region in the skin Initiate the body’s wound healing response Stimulate fibroblast activity Exercise the skin’s wound healing ability to remodel or replace collagen
	Large Area Pattern Generator (LAPG™) & Non-Sequential Scanning
	ThermaScan utilizes the LAPG high speed scanner with continuous contact cooling for precise, uniform coverage The computer guided scanner covers large areas rapidly and evenly Maximizes the time interval between adjacent spots Minimizes subsurface heat buildup High speed, uniform coverage Improves efficacy
	Beam Profile
	The precise targeted flat-top beam profile causes less energy scattering and enables deep penetration to targeted chromophores. Uniform energy distribution results in even treatment to prevent central heat build-up.
	No Consumables
	ThermaScan delivers superior clinical results with no consumable costs.
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