Picosecond laser

Picosecond Laser (often called a "Pico Laser"), a high-end medical and aesthetic device used for advanced skin treatments.

​Based on the interface, the machine offers three specific wavelengths, which are the industry standards for different skin concerns:

​Key Technical Specifications (from the screen):

​1064 nm: Primarily used for removing dark tattoos (black, dark blue, grey) and deep dermal pigmentation. It is also the go-to setting for "Carbon Laser Peels."

​532 nm: Effective for brightly colored tattoos (red, orange, yellow) and superficial sunspots or freckles.

​755 nm: Often referred to as the "Honeycomb" or "Focus" wavelength, used specifically for skin rejuvenation, acne scars, and fine lines.

​What is it used for?

​Tattoo Removal: Unlike older Q-switched lasers, a picosecond laser fires pulses in trillionths of a second. This shatters ink into tiny "dust" particles, making it easier for the body to clear.

​Pigmentation Treatment: It targets melasma, age spots, and sun damage without overheating the surrounding skin.

​Skin Revitalization: It stimulates collagen and elastin production, helping with skin texture and pore size.

​Carbon Peel (Hollywood Peel): A popular treatment for deep cleansing, reducing oiliness, and brightening the complexion.

​Why is "Picosecond" special?

​The ultra-short pulse duration means the laser uses photo-acoustic (pressure) energy rather than just heat. This results in:

​Fewer sessions required compared to older tech.

​Less downtime (redness usually fades quickly).

​Reduced risk of burning or scarring, especially on darker skin tones.

​Note: This is professional-grade equipment. It should only be operated by a certified technician or dermatologist to avoid skin damage.