The medical aesthetic picosecond laser is a laser with a pulse width in the picosecond range. It features ultra-short pulse durations at the picosecond level, adjustable repetition rates, and high pulse energy. These characteristics make it widely applicable in fields such as biomedicine, optical parametric oscillation, and biological microscopy imaging. Especially in the medical aesthetics industry, picosecond lasers offer significant advantages in areas such as pigmentation treatment, skin dullness improvement, low damage, and rapid recovery.

The core components of the medical aesthetic picosecond laser system include the seed source, isolator, and lamp pump, which together provide an efficient, safe, and reliable solution for laser beauty treatments. When selecting and using these components, factors such as performance, stability, and reliability must be fully considered to ensure the proper functioning of the entire system and the achievement of effective treatment results.

The HQF series RealSubns® lamp-pumped MOPA picosecond laser, independently developed by RealLight, uses the MCD series microchip laser with a pulse width ranging from 300 ps to 2 ns, produced by RealLight, as the seed source. This is combined with a lamp-pumped laser amplifier. The series features high energy, narrow pulse width, high stability, and uniform spot characteristics, with wavelengths of 1064 nm and 532 nm. It is widely used in the medical aesthetics field. The high cost-effectiveness allows more beauty enthusiasts to have access to safe and effective skin care options.

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