Desktop Picosecond Laser

This export-model desktop picosecond unit is a lifestyle-beauty picosecond laser. Pulse width is as short as 375-450 picoseconds. Through a strong photomechanical effect, pigment particles are broken into finer fragments; compared with nanosecond devices, lower energy can be used for corresponding care goals. Because the pulse width is extremely short, less light energy converts to heat, which helps reduce thermal impact on surrounding tissue and shorten recovery time. The handpiece can be fitted with a holographic focusing probe that can amplify energy up to 22 times, with 1064nm, 532nm, and 755nm wavelength adjustment. Whole-machine power is 3000W, output frequency 1-10Hz adjustable, and spot size 2-10mm adjustable. Cooling uses air, water, and heat-sink triple cooling, with about 8-9L of purified water internally, plus red aiming switch, red aiming adjustment, and foot-pedal control.

• 1. 375-450 picosecond ultra-short pulse width using a photomechanical effect on pigment particles
• 2. Holographic focusing probe that can amplify energy up to 22 times
• 3. 3000W whole-machine power supporting 1064nm, 532nm, and 755nm wavelengths
• 4. Spot size 2-10mm adjustable; output frequency 1-10Hz adjustable
• 5. Air + water + heat-sink triple cooling system
• 6. Red aiming switch and red aiming adjustment
• 7. Desktop design suitable for beauty facilities

• Melasma care
• Café-au-lait spots
• Freckles
• Sun spots
• Nevus of Ota and other pigment spots
• Colored tattoo care, including black
• Purple
• Green
• Blue and similar colors
• Acne-mark and mild acne-pit care
• Pigmentation improvement
• Yellow-tone reduction, skin brightening, and skin-condition improvement

• Desktop picosecond main unit
• Laser handpiece
• Holographic focusing treatment probe
• Foot switch
• Power cord
• Funnel assembly
• Handpiece protective cover
• Manual and warranty card

1. The device outputs 375-450 picosecond ultra-short pulses, instantly generating relatively high peak energy and a photomechanical effect so target pigment particles are impacted and broken into finer particles, then gradually cleared through metabolism. Because pulse duration is extremely short, a relatively lower proportion of light energy converts to heat, which helps reduce thermal impact on surrounding normal tissue, for pigment-spot, pigmentation, and tattoo beauty-care programs.