Picosecond Lasers

Beamtech's picosecond lasers provide ultra-fast and highly precise solutions for semiconductor processing, medical device manufacturing, and advanced micromachining. Featuring ultra-short pulse duration, high energy output, and superior beam stability, they deliver outstanding performance in thin film removal, transparent material processing, and solar cell production—ensuring reliability and efficiency for the most demanding applications.

Picosecond lasers — Advanced Picosecond Lasers for Research & Industry

Beamtech's Peak-Q-Pro series picosecond laser represents the next generation of picosecond lasers, combining sub-nanosecond pulses (<1 ns), high pulse energy up to 1000 mJ, and a flat-top beam profile. Designed for precision, reliability, and efficiency, these lasers are ideal for scientific research, nonlinear optics, and high-end industrial processing.

Key Advantages of Our Picosecond Lasers

• ·   Ultra-short pulses with high peak power: Deliver clean ablation and minimal thermal damage, perfect for micromachining and sensitive material processing.

• ·   Wide energy range & superior beam quality: From 200–1000 mJ, with stable flat-top distribution for uniform results.

• ·   Precise synchronization & low jitter: Active Q-switching with <1 ns timing accuracy ensures repeatable performance in demanding experiments.

• ·   Compact & efficient system: Dual-rod amplification, robust design, and low power consumption (<1600W) for easy lab or production integration.

Application Value

Our picosecond lasers unlock new possibilities in material structuring, thin-film removal, laser-triggered plasma studies, nonlinear optical pumping, and even advanced medical and aesthetic treatments. By reducing heat effects and enhancing precision, Peak-Q-Pro ensures faster processing, higher quality, and consistent results across applications.

Explore the potential of Beamtech Picosecond Lasers — Click our product and download the product brochure or contact us for tailored solutions and testing support.