SOLARI Brochure
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Skin Cooling System SOLARI’s Skin Cooling System minimizes skins temperature to provide the most comfortable and safest operation possible. Rapid Repetition Rate Faster treatment times translates into an improved patient experience while enabling physicians to achieve better productivity and a higher patient throughput. Compared to other IPL systems on the market, Solari offers rapid repetition rates for faster treatment times with optimum clinical efficiency. SYSTEM SPECIFICATIONS* Spot Size Wavelength (Dual Filter System) 620 ~ 950 nm, 670 ~ 950 nm, 710 ~ 950 nm Max. Fluence Operator Mode Nomal Mode, Advanced Mode, S-Toning Mode (620 nm Filter) Pulse Shape (in time) Square Pulse Pulse Width Cooling Method Sapphire Contact Cooling Input Power IPL Square Pulse Technology THIS CHANGES EVERYTHING Lutronic Corporation Lutronic China Yuzhou plaza 2001 room, Jingang road 299 no, Pudong district, Shanghai 200120, China TEL: +86-21-5019-3891,3893 / FAX: +86-21-5019-3865 Lutronic Center, 219 Sowon-ro, Deogyang-gu, Goyang-si, Gyeonggi-do, KOREA TEL. +82 31 908 3440 / FAX. +82 1600 3660 e-mail. office@lutronic.com 1 North Avenue, Unit C, Burlington, MA 01803, USA TEL. +1 888 588 7644 Lutronic Germany 10F Seafort-Square Center Bld., 2-3-12 Higashishinagawa, Shinagawa-ku, Tokyo, 140-0002, Japan. TEL: +81-3-6433-3041/ FAX: +81-3-6433-3042 lutronic.com ©2017, LUTRONIC Group of Companies. All rights reserved. LUTRONIC, its logo and SOLARI are trademarks or registered trademarks of the LUTRONIC Group of Companies. *Specifications are subject to change without notice. This product or the use of this product is covered by one or more US and foreign patents or patent application pending. SOLARI-BR-20170523

TRUE SQUARE PULSE TECHNOLOGY SOLARI™ is an IPL system, differentiated from all others, by its cutting-edge technology which guarantees precise treatment and minimized side effects. Spectral Distribution The focused wavelength spectral distribution provided by Solari ensures you are targeting the right chromophore without having to increase fluence and risk side effects. The amount of light emitted from an IPL is proportional to the pattern of the current through the flashlamp. In conventional IPLs, the current pattern tends to be Gaussian, which produces an uneven beam distribution over the...