The 伦敦皮秒 allows dermatological and skin revitalization treatments to be carried out, using a unique method of action, concentrating the energy at certain points to generate vacuoles. The results are achieved practically immediately and without recovery time.

皮秒镭射英国 has developed a new product that incorporates the latest technology in “picosecond” emission mode. It is a laser with a Q-Switched ultra-short pulse system, whose emission time is 450 picoseconds(ps).

The firm already has several lasers to perform pigmentation treatments, tattoo removal and signs of aging. However, it has wanted to take a step forward, differentiating itself from the competition and thus being one of the few companies that have this product as specific.

Why the emission time in picoseconds?

The purpose of this 伦敦皮秒 and its main advantage is that it delivers energy in a really short space of time, so the energy concentration is much higher. Consequently, there is a greater benefit of the photoacoustic effect, thus achieving the destruction of the pigment, transforming it into much smaller microparticles, which will subsequently be phagocytized and eliminated by the immune system.

What is the difference between lasers that emit in nanoseconds and those that emit in picoseconds?

The difference between emitting in 皮秒镭射英国 and nanoseconds is the duration of the pulse emission time. Lasers that work in picoseconds emit in a time interval 100 times shorter than conventional Q-Switches that emit in nanoseconds.

The pigment has a certain thermal relaxation time depending on its size. The smaller the pigment size, the shorter its thermal cooling time. This is where the picosecond laser makes a difference again with lasers whose emission time is nanoseconds, since the emission time in nanoseconds is greater than the thermal cooling time of the pigment, so they do not achieve defragmentation or therefore its elimination.

What are the advantages of the picosecond laser?

Emitting during this broadcast time has several advantages:

– It is not necessary to apply as much energy as in the predecessor lasers, since as it is a shorter emission time, with less emitted power a higher energy concentration is achieved.

– Safer treatment and without side effects. Minimizes photothermal effect injuries due to the low exposure of the skin to laser light, so that there is no time for damage to the epidermal tissue, so there are no side effects like possible marks.

– Much more effective because the pigment defragments it into much smaller particles, thus facilitating its removal.

If you want this treatment, do not hesitate to get in touch with for further information.