Applies advanced Fractional CO2 Laser technology to create micro thermal hole zones that penetrate deep into the dermis while preserving surrounding healthy tissue. With a 10,600nm wavelength, the device powerfully stimulates collagen regeneration, improves skin structure, reduces scars, minimizes pores, and delivers comprehensive skin rejuvenation.

Applying next-generation CO2 Fractional Laser technology, this device uses a 10,600nm wavelength to create microscopic thermal zones on the skin, stimulating collagen regeneration and deep skin remodeling. With precise control over the depth and density of the laser beams, the device delivers outstanding results in treating acne scars, atrophic scars, and skin rejuvenation, while ensuring rapid recovery time.

Applying CO2 Fractional Laser technology with a 10,600nm wavelength, the SST-L25 precisely targets the dermis layer — where collagen and elastin are produced. Thanks to its ability to create ultra-fine, minimally invasive microthermal zones, this technology stimulates deep skin regeneration while preserving surrounding healthy tissue, significantly shortening recovery time.

Utilizing advanced Q-Switched Nd:YAG laser technology with ultra-short nanosecond pulses, the IN-VESTA delivers high energy in a brief period to precisely break down skin pigmentation without damaging surrounding tissue. With dual wavelengths of 1064nm and 532nm, the device effectively addresses a wide range of concerns—from deep dermal pigmentation to surface-level issues—such as melasma, freckles, tattoo removal, and skin rejuvenation. The Q-Switched technology ensures not only high treatment efficacy but also maximum safety, minimizing discomfort and significantly reducing recovery time for clients.