Tattoo removal laser Picolas Alien
hair removalskin rejuvenationvascular lesion treatment

Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment - image - 2
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment - image - 3
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment - image - 4
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment - image - 5
Tattoo removal laser - Picolas Alien - Beijing IVYlaser Technology - hair removal / skin rejuvenation / vascular lesion treatment - image - 6
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Characteristics

Applications
pigmented lesion treatment, scar removal, hair removal, skin rejuvenation, tattoo removal, vascular lesion treatment, onychomycosis treatment
Amplifying medium
Nd:YAG
Ergonomics
trolley-mounted
Pulse duration
millisecond
Wavelength

532 nm, 585 nm, 650 nm, 1,064 nm

Average power

2,000 W

Weight

89 kg
(196.21 lb)

Description

The upgraded Picolas is a comprehensive, high-end solution for a variety of beauty issues, including tattoo removal, pigmentation, wrinkle/scar removal and skin rejuvenation. It features cutting-edge active Q-switch technology, ultra-short pulse width and ultra-high peak power, with unique honeycomb head and 2 golden wavelength for a seamless, full-body skin revitalization experience on a single platform. Working Principle A Q-switched (QS) laser operates by delivering high-power pulses in an extremely short pulse duration, causing the tattoo ink particles to fragment. The high-power pulses create acoustic waves, which are considered the primary mechanism for the destruction of tattoo particles. Selective Photothermolysis is a physical phenomenon where specific wavelengths of light are absorbed by targeted structures in the skin, causing them to heat up while leaving the surrounding tissue cool, selectively damaging the target. The Photoacoustic Effect occurs when absorbed laser energy rapidly expands the tissue, generating acoustic waves that aid in fragmenting pigment particles, enhancing treatment efficacy. Laser-Induced Optical Breakdown (LIOB) is the process where high-intensity laser pulses cause a rapid increase in tissue temperature, creating micro steam bubbles or plasma. The rapid expansion and collapse of these bubbles generate mechanical shockwaves that help fragment surface lesions on the skin. This technique precisely targets deep tissues to improve skin conditions particularly in the treatment of scars and skin laxity while keeping the epidermis intact.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.