Using picosecond Pico speed, which is 1,000 times faster than conventional lasers, pigment particles are broken down into sand-like fine fragments, helping reduce damage to the surrounding skin and support faster elimination.
Using multiple wavelengths rather than a single wavelength, it delicately removes not only black pigment but also various colored tattoos that are difficult to remove, such as red and blue tones.
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The Picoway laser uses ultra-short pulse durations in picoseconds (1 trillionth of a second) to deliver powerful energy in a very short time, allowing selective treatment of pigmented lesions only. It uses a total of four wavelengths, enabling customized treatment depending on the type of pigmentation.
The Picoway laser has an extremely short pulse duration and delivers high peak power.
The Ruby Laser uses a 694 nm wavelength with high melanin absorption, allowing the laser energy to penetrate deeper compared to conventional lasers, making it effective for treating deep pigmentation.
It delivers energy evenly across the skin, producing consistent treatment results. It is especially effective for various pigmentation conditions that are difficult to treat with conventional methods, such as recurrent and complex melasma, pigment deposition, Ota nevus, and mole removal.
The StarWalker MaQX laser is equipped with newly developed ASP technology, allowing selection of various pulse modes from pico-second to nano-second, enabling customized treatments for different skin conditions.
It minimizes skin damage while allowing deeper penetration, making it effective not only for pigmentation issues such as melasma, freckles, café-au-lait spots, Ota nevus, and milky coffee spots, but also for mole removal.
The Enlighten Pico Laser combines picosecond (750 ps) and nanosecond (2 ns) pulse durations in a dual-wavelength system. Compared to conventional lasers, it delivers higher energy in a shorter time, allowing stronger and more precise targeting of pigmented lesions.
It is especially effective for tattoo removal, including difficult colors such as blue and green, as well as black tattoos. It can also treat colors like yellow, which are typically hard to remove with conventional lasers, making it possible to achieve effective results in fewer sessions.
Depending on the patient’s skin condition, the laser depth and number of pulses can be adjusted. It uses a method that divides one high-output laser beam into up to four multiple pulses, delivering uniform and consistent energy to pigmented lesions in a short time for effective treatment.
A treatment that reduces the number of tattoo removal sessions
The FracTat Technique is a tattoo removal method that combines fractional beam and full beam treatment.
Compared to conventional single-treatment methods, it can reduce the number of sessions, making it a much more economical option when considering the overall treatment cost.
During tattoo removal, laser irradiation breaks down the pigment, creating gas bubbles in the epidermis and upper dermis. These gas bubbles can block the laser from reaching deeper pigment. By applying medication, the gas bubbles are quickly removed, allowing the laser to be applied again for further treatment.
