This high-energy nanosecond laser delivers up to hundreds of millijoules per pulse at a repetition rate of 100 Hz. Operating at 1064 nm, it provides exceptional beam quality, outstanding pulse-to-pulse stability, and reliable long-term performance. The laser is ideal for applications such as laser-induced breakdown spectroscopy (LIBS), nonlinear optics experiments, and precision material processing. With its robust design and stable operation, it ensures consistent performance even in demanding laboratory and industrial environments.

This 532nm green laser is specially designed for underwater illumination and search applications. It provides a high-quality, stable beam with excellent roundness and pulse energy, ensuring clear visibility over long distances. Compact, robust, and reliable, it is ideal for marine exploration, underwater inspection, and scientific research.

Our Seed Source of Medical Aesthetics is a precision-engineered laser solution designed for a wide range of aesthetic treatments. With stable output and high reliability, it provides consistent performance for applications such as skin rejuvenation, wrinkle reduction, pigmentation treatment, and acne therapy. Engineered for safety and effectiveness, this source is ideal for clinics and medical professionals seeking advanced laser technology for aesthetic procedures.

Our 10K Microchip Lasers deliver compact, high-performance pulsed laser output with excellent stability and reliability. Featuring precise nanosecond pulse control and high repetition rates, these lasers are ideal for applications in scientific research, industrial micromachining, and medical devices. Their compact design and robust operation make them a versatile choice for integration into advanced laser systems.

Used in high-end electronic products appearance LOGO logo;
Food, PVC pipe, medical packaging, cable wire and other materials marking; PCB, EPC QR code marking; Removal of metal or non-metal coating; Flame retardant material marking; Medical, medical testing and other applications.

Picosecond lasers are suitable for advanced precision laser
processing fields such as hard and brittle materials such as sapphire, OLED, ceramics, semiconductor and photovoltaic industries, polymer materials, metal sheet etching, 3C industries, glass cutting/drilling, fuel nozzle drilling, etc

· Marble Bed
· High precision, non-deforming, excellent shock resistance
· Straight cut edges

The laser uses a blue light diode as the pumping source to achieve continuous ultraviolet/deep ultraviolet laser output. Adopting a unique dual channel coupling output method, it has market leading output power and the advantage of low cost. Drequency -doubling crystal shift position technology