Dual-pulse technology demonstrates significant advantages in the field of medical aesthetics, widely applied in skin tightening, hair removal, and vascular lesion treatments. By delivering two pulses of energy, it gently preheats the skin to stimulate collagen production, improving skin laxity and fine lines. It also precisely targets hair follicles for effective hair removal while minimizing side effects. Additionally, dual-pulse energy selectively acts on abnormal blood vessels, effectively treating conditions like rosacea and spider veins. RealLight's HQF series RealSubns® dermal picosecond lamp-pumped solid-state lasers offer high energy, narrow pulse widths, and excellent stability, ensuring safer and more efficient aesthetic treatments.

Q-switchable Nd: YAG laser has shown excellent performance in the treatment of pigmentary skin diseases, selectively destroying pigment particles and achieving significant results. The passive Q-laser Nd: YAG high-energy solid-state laser launched by RealLight meets more pigment removal scenarios, with a flat spot output, uniform energy, and excellent therapeutic effects.

Nanosecond lasers are widely used in the field of skin beauty, mainly due to their unique high-energy and precise mechanism of action. This article introduces the technical parameters, working principle, application scope, and therapeutic advantages of nanosecond lasers.

Q-switched lasers, also known as nanosecond lasers, have pulse durations in the sub nanosecond range. They are mainly used for treating pigmentation and tattoos. Picosecond lasers, on the other hand, have pulse durations in the picosecond range, typically in the hundreds of picoseconds. They are ideal for addressing stubborn pigmentation, tattoos, wrinkles, and acne scars.

For Raman spectroscopy detection technology, fluorescence is undoubtedly a source of interference. To mitigate or eliminate the fluorescence effect, scientists and equipment manufacturers have conducted in-depth research, resulting in the development of Fourier Transform Raman Spectroscopy (FT-Raman) technology. Instruments designed with this technology, known as Fourier Transform Raman Spectrometers (FTRS), have been widely applied in research fields such as organic chemistry, polymers, biochemistry, and analytical chemistry.

Mass spectrometry (MS) technology, as an efficient and precise analytical method, plays a crucial role in modern scientific research. From biomedicine to environmental monitoring, food safety to chemical analysis, mass spectrometry is providing strong technological support across multiple fields with its unique advantages.

Laser ranging technology has wide applications in ranging and security fields. This paper introduces the working principle of laser ranging and the technical parameters of the eye-safe erbium glass laser.

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.