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PICO, Recharged

Picosecond 1064 nm & 532 nm Nd:YAG Laser
PROCEDURE
01
Laser radiation
02
Collapsed
03
Collapsed
04
Pigments lesion removal
Beam Profile

FEATURES

Picosecond Nd:YAG Laser 1064nm&532nm + 595nm, 660nm

NANO VS PICO

Comparison between nanosecond and
picosecond on tissue phantom
5 nanoseconds
450 Picoseconds
4mm / 3.6J/cm2 / 1pass
4mm / 3.6J/cm2 / 1pass

Nano second pulse / One Billionth of a second / 0.0000000006
Pico second pulse / One Trillonth of .a second / 0.00000000007

HEXA MLA

HEXA MLA uses the principle of Laser Induced Optical Breakdown (LIOB)
Cavitation occurs in the target area (epidermis or dermis) and stimulates collagen and elastic fibers.
As cavitation is formed with preserving the stratum corneum layer intact, the recovery period is shorten and the effects of scar treatment and
skin rejuvenation are very satisfactory in a single session.

HEXA MLA uses the principle of Laser Induced Optical Breakdown (LIOB)
Cavitation occurs in the target area (epidermis or dermis) and stimulates collagen and elastic fibers.
As cavitation is formed with preserving the stratum corneum layer intact,
the recovery period is shorten and the effects of scar treatment and skin rejuvenation are very satisfactory in a single session.

SYSTEM&ACC

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SPECIFICATIONS

System TypeNd:YAG
Wavelength
1064 nm, 532 nm, 595 nm, 660 nm
Output
600 mJ(1064 nm), 200 mJ(532 nm)
Pulse Duration
450ps / 350ps
Peak Power
1.33 GW (1064 nm), 0.57 GW (532 nm)
Spot Size
2 ~10 mm
Repetition Rate
Single, Up to 10Hz
Optional handpiece
Dye H/P : 595, 660 mm
Dimensions
450(W) x 939(D) x 908(H)mm
Weight
90kg /4kVA

CLINICAL DATA

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