Medical picosecond lasers have multiple advantages, including picosecond level ultra short pulse width, adjustable repetition rate, and high energy. When selecting and using components, performance, stability, and reliability should be considered. RealLight's HQF Series Realsubns ® MOPA picosecond laser with lamp pump is suitable for the field of medical beauty, with characteristics such as high energy, narrow pulse width, and uniform spot.

The 266nm laser, with its unique deep ultraviolet wavelength characteristics, demonstrates broad application potential across various fields.

In the future, with the continuous advancement of technology and the reduction of costs, lamp pumped picosecond lasers are expected to be applied and promoted in more fields.

The 355nm laser, as a high-performance ultraviolet laser, is increasingly demonstrating its unique charm in multiple fields. It utilizes the third harmonic generation technology to convert the fundamental frequency light into 355nm ultraviolet light, featuring a short wavelength and high light energy.

Narrow linewidth lasers play a crucial role in Raman spectroscopy for medical applications, primarily by providing high-quality, highly stable laser sources that enhance the performance and accuracy of Raman spectrometers in medical diagnostics, biological sample analysis, and other areas.

T01 Series Eye-Safe Laser Transmitter integrates the erbium glass-based diode-pumped passively Q-switched laser developed, designed, and manufactured by RealLight, together with the transmitting antenna and the photodiode (PD) into one compact unit. It ideal for portable handheld laser rangefinders, small-scale rangefinders, and other applications.