2024 New fotona 4D 2940nm erbium Laser Fractional Wrinkle Removal Machine 1064 Fiber Laser Hair Removal Beauty Equipment Nd Yag

Working principle

FOTONA 4D Through the non-invasive sexual energy system, there is no need to applyanesthetics, there is no obvious pain during the treatment process, and there is noneed for a recovery period. Energy acts on multiple levels of the skin, combininginternal and external, comprehensive treatment to achieve layered firming, so as toachieve multi-directional firming and youthful skin rejuvenation.

Nd:YAG 1064NM wavelength is effective for reaching the deepest layers of the skin, while the Er:YAG wavelength is ideal for brushing away surface imperfections to reveal visually attractive, long-lasting results.Nd:YAG laser technology provides the power and performance needed to handle a wide range of aesthetic applications, from skin rejuvenation and acne and much more.Er:YAG laser with functions ranging from superficial to deep peels, from non-ablative to fully ablative and from full-field to fractional resurfacing, treatments can be tailored to any specific skin condition to achieve exceptional results.

Erbium laser 2940nm wavelength is for skin resurfacing , fractional skin resurfacing, benign skin lesions,gynecology,surgery, skin tightening and sorning oral interior tightening.

Advantage

Er:YAG laser inherently ablates the skin surface more precisely than other laser technologies. Er:YAG energy is highly absorbed

in water - the main target chromophore for skin resurfacing - and can thus vaporize skin with micron-level precision and very little thermal conduction.

This keeps undesired effects such as hypopigmentation and persistent erythema, as well as recovery time, to a minimum.

Nd:YAG laser perfectly complements the Er:YAG laser's ablative action with its ability to penetrate deeply into skin to create thermal effects without

damaging the skin surface. Its homogeneous absorption in skin and low absorption in melanin allow it to be safely used with all skin types.

Compared to conventional technologies, Fotona's proprietary Nd:YAG VSP pulses create virtually

instantaneous temperature increases that are limited to the targeted structures only.