PICO RU PICO LASER
300ps Real Picosecond Laser 1064nm 532nm Nd:YAG with 2.1GW Peak Energy
Wavelengths: 1064 nm / 532 nm
Pulse Width: 300 ps (true picosecond)
Peak Power: 2.1 GW
Output Energy: 1064 nm: Up to 600 mJ / 532 nm: Up to 300 mJ
Spot Size: 2–10 mm (standard) / 4–12 mm (fractional MLA lens)
Frequency: 1–10 Hz
Handpieces: ZOOM Handpiece / MLA Handpiece / Collimated Handpiece
Cooling: Water cooling
Power Supply: 100–200V~, 50/60Hz
Dimensions: 314 mm × 738 mm × 863 mm
2.1 GW Ultra-High Peak Power
Industry-leading peak power generates intense photoacoustic waves that efficiently fragment even the most resistant pigments and stimulate deep dermal remodeling.
True 300ps Pulse Duration
Genuine 300 picosecond pulse width delivers authentic photoacoustic effect—not approximations—for superior clinical outcomes with minimal thermal damage.
Three Specialized Handpieces
ZOOM for discoloration and tattoos, MLA for LIOB-based rejuvenation, Collimated for toning and carbon peeling—optimized tools for every indication.
Adjustable Spot Size with MLA Option
Standard 2–10 mm for precise targeting; fractional MLA lens (4–12 mm) enables LIOB (Laser-Induced Optical Breakdown) for skin rejuvenation with minimal downtime.
Overview
Three specialized handpieces—ZOOM, MLA, and Collimated—enable targeted treatment of pigmented lesions, tattoo removal, skin rejuvenation, acne scarring, and carbon peeling from a single platform. Dual wavelengths (1064nm and 532nm) provide complete chromophore coverage, while water cooling ensures stable performance during extended clinical sessions.
Applications
Working Principle
Photoacoustic Fragmentation: The 2.1 GW peak power produces powerful pressure waves that mechanically shatter target pigments into microscopic dust particles (<10 μm) without generating significant heat—minimizing thermal damage and virtually eliminating downtime.
LIOB (Laser-Induced Optical Breakdown): With the MLA handpiece, focused energy creates plasma-induced micro-cavities in the dermis, triggering controlled wound healing response that stimulates neocollagenesis and elastogenesis—improving wrinkles, pores, and scars with minimal epidermal disruption.
Selective Targeting: 1064nm penetrates deeply for melanin and dark tattoo inks; 532nm is highly absorbed by superficial melanin and red pigments—enabling precise chromophore selection without affecting surrounding tissue.
ZOOM Optimization: Delivers uniform energy distribution for consistent pigment clearance and tattoo fragmentation across entire treatment area.
