Picosecond lamp-pumped lasers utilize high-energy laser pulses with extremely short durations to act on target objects, achieving treatment goals through biological fragmentation or other physical effects. In the field of medical aesthetics, it is primarily used to destroy melanocytes, breaking them down into small particles that are then cleared by phagocytic cells, thereby improving issues such as uneven skin tone and pigmentation.

The laser can precisely adjust parameters based on different skin types, tones, and aesthetic needs, enabling personalized beauty solutions. This customized service approach better meets customer demands, enhancing satisfaction and the effectiveness of medical aesthetic services. Through precise control of the laser, medical aesthetic institutions can offer more accurate and tailored services, such as laser pigmentation removal, laser hair removal, and laser skin rejuvenation.

RealLight’s independently developed HQF lamp-pumped MOPA picosecond laser uses its self-produced MCD series microchip laser with pulse widths ranging from 300ps to 2ns as the seed source, combined with a lamp-pumped laser amplifier. It features high energy, narrow pulse width, high stability, and uniform beam quality. The wavelengths cover 1064nm and 532nm, meeting diverse application needs. It is widely used in medical aesthetics, material analysis, radar ranging, and other fields.

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