Picosecond lamp-pumped lasers utilize high-energy laser pulses with extremely short durations to precisely treat target objects through biological fragmentation. In the field of medical aesthetics, they are primarily used to destroy melanocytes, break down pigmentation, and improve uneven skin tone, enabling personalized beauty solutions such as laser pigmentation removal, hair removal, and skin rejuvenation. RealLight's independently developed HQF lamp-pumped MOPA picosecond laser uses the MCD series microchip laser as the seed source, combined with a lamp-pumped laser amplifier. It features high energy, narrow pulse width (300ps~2ns), strong stability, and uniform beam quality, with wavelengths covering 1064nm and 532nm to meet diverse needs. This device is widely used in medical aesthetics, material analysis, radar ranging, and other fields. With precise parameter adjustment and efficient treatment effects, it provides customized services for medical aesthetic institutions, enhancing customer satisfaction and leading the new trend in precision beauty.

Diode lasers are revolutionizing oral healthcare with their versatile applications. In oral surgery, they enable precise soft tissue cutting with minimal bleeding. In oral medicine, they enhance root canal disinfection and treat dentin hypersensitivity. In orthodontics, they accelerate tooth movement by stimulating bone remodeling. For oral mucosal diseases, low-energy laser irradiation promotes healing. RealLight provides high-performance, cost-effective diode laser modules and systems, driving innovation and efficiency in oral healthcare.

Solid-state lasers play a key role in LIBS (Laser-Induced Breakdown Spectroscopy) technology as an excitation source. Their high energy density, stability, and tunability make them ideal laser sources. By emitting high-energy pulsed laser beams, solid-state lasers excite samples to a high-temperature plasma state, generating radiation spectra for analyzing element types and concentrations. Despite challenges such as power consumption, temperature control, and pulse width, solid-state lasers continue to advance in LIBS applications, as seen in the widespread use of 1535nm erbium glass lasers and 1064nm solid-state lasers. Solid-state lasers demonstrate broad application prospects in fields such as metal material analysis, geological exploration, environmental monitoring, and archaeological research.

The continuous advancement of laser technology has propelled the overall development of the aesthetic medicine industry, significantly improving the precision, safety, and effectiveness of beauty treatments. The introduction of new technologies such as picosecond and femtosecond lasers enables personalized aesthetic treatments by allowing precise parameter adjustments based on different skin types and needs. This facilitates customized treatments, including laser spot removal, hair removal, and skin rejuvenation. With its outstanding laser device performance, RealLight has gained broad market recognition both domestically and internationally. The company has established collaborations with multiple aesthetic institutions, providing professional laser equipment and solutions, further solidifying its position in the industry.

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.