Quanta System Discovery Pico Series

Quanta Pico Boost

Pulverize even the deepest skin pigment with shorter pulse duration and high peak power, up to 1.8 Gigawatts (GW) of power. Generate a pure photoacoustic effect to shatter inks and pigmentation without harming surrounding tissue

Unique Shape Options

The Optibeam II handpieces can generate different flat-top spot shapes at various sizes, plus a fractional handpiece, each with homogenous delivery of energy to targeted tissue. These handpieces are particularly indicated for:

Square flat-top: tattoo removal
Round flat-top: benign pigmented lesions
Fractional handpiece: acne scars and wrinkles.

The fractional treatments take advantage of two different laser actions. The first is the creation of light induced optical breakdown, or LIOBs, for collagen remodeling. The second is picosecond cold ablation, which removes damaged skin. Combined, these two actions result in more effective treatment of wrinkles and acne scars.

Quattro Pulse

The newest generation of Pico with four pulsing emission modes: Picoseconds, Nanoseconds, Opti Pulse and Microsecond. The Picosecond pulses represent the real trump card for every patient’s needs. This device conjugates high fragmentation power for very effective treatment of tattoos and pigmentations, to fractional picosecond power for unparalleled results in acne scars and wrinkles treatments.

Versatility

Three true-laser wavelengths and four pulsing emission modes provides expandable treatment options.  The Discover Pico Plus is highly effective on hard-to-treat tattoo ink colors and pigments utilizing KTP 532nm, Ruby 694nm and Nd:YAG 1064nm, across all patient skin types. Add a chilled Twain IPL*, erbium 2940 nm and fractional handpiece to effectively treat wrinkles, fine-lines, acne scars, vascular lesions as well as unwanted hair.

Alternatively, Discovery Pico Derm is an ideal pico-second laser solution for those practices focused on pigmentation and resurfacing without the need for Ruby 694nm or IPL.

* Different ranges of wavelengths are intended for specific indications