Quanta Discovery Pico Plus Laser System

Description

Quanta Discovery Pico Plus Laser System

Quanta Discovery Pico Plus Laser System is the first picosecond laser to include a Ruby 694nm wavelength. This provides a serious advantage over previous generation laser systems. Thanks to Ruby 694nm wavelength we can remove notoriously hard to treat light blue and green pigments. One more specification this high-end laser system posses is 1.8GW peak power. Unlike other systems, this ultrahigh specification is needed to be able to achieve optimum photomechanical effect. This basically increases the speed at which the laser shatters tattoo pigment particles which ultimately leads to lesser treatments needed to successfully achieve complete tattoo removal.

Includes:

Quanta System Discovery Pico Plus Laser System
Lamp 1 Counter: 499,106
Lamp 2 Counter: 8,911
Lamp 1 Emission Counter: 80,923
Lamp 2 Emission Counter: 5,148
8mm Handpiece
9mm Handpiece
3mm-P Handpiece
4mm-P Handpiece
5mm-P Handpiece
(3x) Handpiece Adapters
Carrying Case
Foot Pedal
System Key
Interlock
220V Power Cord

QUATTROPULSE TECHNOLOGY

Quanta Discovery Pico Plus includes QUATTROPULSE TECHNOLOGY – which in translation means four separate emission modes. This provides the laser technician with high versatility in tattoo removal treatment options. On the image to the left you can see the difference between Q-switched and picosecond laser system, and their effect on the tattoo ink. Nanosecond laser systems rely on photothermal energy to shatter the tattoo ink, however Quanta pico plus besides this also utilizes photomechanical effect of picosecond laser, for more difficult tattoos, achieving safer and more effective tattoo removal results.

Highest Peak Power

Discovery Pico Plus, an FDA-approved second-generation picosecond laser, uses Quanta’s patented Pico-Boost technology to generate the highest peak power among available picosecond lasers such as Picosure, Picoway, Lutronic Pico Plus, Enlighten, etc.

Discovery Pico Plus has 1.8GW peak power, which is many times higher than regular nanosecond Q-switched lasers such as the Fotona Starwalker MaQX (which has a 5 nanosecond pulse duration and is not a picosecond laser) that have peak powers ranging from 0.2 to 0.5GW.

Higher peak power laser pulses are able to break up pigments more thoroughly and at a deeper depth in the skin, making it more effective for stubborn pigmentation.