Picosecond Lasers: The Technology We Use at Ray studios
The picosecond laser we use at Ray studios offers real advantages: high speed, fewer sessions, a wide range of colours treated and reduced side effects. Individual results vary.
At Ray studios we use the latest generation of lasers: picosecond lasers!
But what does that actually mean?
A quick bit of background: a laser works by sending out a light wave at very high speed, targeting the pigments in your tattoo. There are several types of laser, and they are classified according to the nature of the active medium, their pumping method, their operating mode and their wavelength.
The lasers used at Ray studios are classified by their operating mode, that is to say the nature of the pumping, and they allow our customers to go through their tattoo removal experience safely, with trained skin therapists and correct laser settings in a controlled environment!
Fact: picosecond lasers are also used in high-precision fields and, above all, in research: in short, these are seriously capable lasers!
A technology with new advantages
Unlike its predecessors, the picosecond laser offers a number of advantages to the customer.
Picosecond lasers operate in pulsed, relaxed or frequency modes. This operating system is determined by the laser's pumping system; in other words, the pulse duration can be extremely short (hence picosecond), with power varying between 100W and 1kW:
- High speed: yes, the picosecond laser has a propagation speed 1,000 times faster than its predecessor, the Q-Switched laser!
- Fewer sessions: with the picosecond laser, our customers need fewer tattoo removal sessions than with another laser, because the tattoo pigment particles are broken down more quickly. Individual results vary.
- Colours treated: the picosecond laser can effectively treat the colours in your tattoo as well as all the pigment types in it.
- A laser suited to all skin types: from light skin to dark skin, the picosecond laser works on all skin colours.
- Reduced side effects: this laser targets only the tattoo ink pigments, which means the skin around the treated area is preserved. Only some redness may appear on the treated area, and it fades after a few days.
