减脂塑形

工作原理

塑可秀采用新型非侵入式激光热溶智能减脂塑形技术，1060nm高针对减脂波长，高针对不同身型局部肥胖部位及需求，个性化精雕修形，减脂塑形紧致肌肤。25分钟无创温热体验。

1060nm高针对减脂波长

1.非侵入式精准作用脂肪细胞，高针对性局部脂肪

2.深入皮下2～3cm脂肪层，羽化均匀热扩散，更大面积深层减脂

3.加热脂肪组织到42~47℃^9,10，Contact Cooling™接触式冷却技术，不损伤表皮

减脂塑形更紧致

1.激光热能刺激真皮胶原新生^3,4，减脂同时紧致肌肤

2.单次疗程25分钟

3.无创温热体验、无麻、无伤口修复期

个性化塑造身体线条

1.可针对不同身型及部位需求，进行灵活组合塑造个性化身体线条

2.专有能量调节技术，可控分区精细化溶脂

参考资料： 

1 Single treatment with an average reduction in fat volume as measured by MRlClinical & Histological Evaluations of a 1060mn laser Device for non-invasive fatreduction - John W. Decorato, MD, FACS. Rafael Sierra, Ph.D Bo Chen, Ph.D., WestfordMa 2014 

2 1060nm Diode Hyperthermic Laser Lipolysis:The Latest in Non-Invasive BodyContouring 

3 Combined Hyperthermic 1060nm Diode Laser Lipolysis With Topical Skin TighteninoTreatment: Case Denise L Sweeney, Erica B Wang, Evan Austin, Jared Jagdeo.uDrugs Dermatol.2018:17(7):780-785. 

4 Clinical Study to Assess the 1060 nm Diode Laser for the Treatment of Post-LiposuctionDeformities 

5 Katz B, Doherty S. A multicenter study of the safety and efficacy of a non-invasive1060 nm diode laser for fat reduction of the flanks. Paper presented at: 2015 AnnuaAmerican Society for Laser Medicine and Surgery Conference; April 22-26: Kissimmee 

6 Bass L, Doherty S. Non-Invasive Fat Reduction of the Abdomen with a 1060nm DiodeLaser. Paper presented at: 2015 Annual American Society for Laser Medicine andSurgery Conference; April 22-26: Kissimmee, FL. 

7 Decorato, J. W, Chen, B & Sierra, R. (2017). Subcutaneous adipose tissue responseto a non-invasive hyperthermic treatment using a 1060 nm laser. Lasers in Surgeryand Medicine,49(5)480-489. 

8 Schilling, L., MD, Saedi, N, MD, & Weiss, R, MD.(2017). 1060 nm Diode Hyperthermic_aser Lipolysis: The Latest in Non-Invasive Body Contouring. Journal of Drugs inDermatology, 16(1), 48-72. 

9. Moussa N, Tell E, Cravalho E. “Time  progression  of  hemolysis  or  erythrocyte populations  exposed  to  supraphysiologic  temperatures.”  J  Biomech  Eng  1979, 101:213-217.  

10.  Gaylor, DC. “Physical mechanism of celluar injury in electrical trauma” Massachusetts Institute of Technology. Ph. D. Dissertation. (1989).