The GAMA series is a compact, industrial DPSS high repetition energy laser family engineered for applications that require both high single-pulse energy and reliable mid-to-high repetition operation. Models deliver 60–1000 mJ per pulse at selectable repetition rates (100 / 200 / 300 / 500 Hz), offering up to 100 W average power for demanding workflows. GAMA's stable beam quality and tight pulse-to-pulse energy control make it an excellent DPSS high energy pulsed laser for LiDAR, a high repetition pulsed laser for time-resolved PIV, and a high repetition energy laser for OPO/Ti:Sapphire pumping. Modular OEM interfaces, optional harmonic generation (532/355/266 nm) and robust thermal management simplify system integration and field deployment.

Applications

• ·  Remote sensing & long-range LiDAR: DPSS high energy pulsed laser for LiDAR and high repetition energy lasers for extended-range returns.

• ·  Pump source for OPO / Ti:Sapphire: high repetition energy laser for OPO pumping.

• ·  Fluid diagnostics & PIV: high repetition pulsed laser for time-resolved PIV studies.

• ·  Materials analysis & LIBS: high single-pulse energy for reliable ablation and spectral sampling.

• ·  OEM systems requiring compact, repeatable pulsed sources.

High repetition DPSS lasers combine diode pumping efficiency with Q-switched pulse control to deliver stable, repeatable pulses at rates tailored to industrial and research workflows. Whether your system needs high single-pulse energy for ablative processing or kHz repetition to maximize throughput and reduce cycle times, modern DPSS families provide a range of wavelengths (IR, visible and UV harmonics), compact air-cooled packages, and integration-ready control interfaces.  

Nd:YLF & Nd:YAG Pulsed Lasers — High-Frequency PIV, LiDAR & Microfabrication Sources

Our Nd:YLF and Nd:YAG pulsed laser family delivers industry-grade stability, flexible repetition ranges and clean harmonics — purpose-built for time-resolved PIV, LiDAR/OPO pumping, LIBS and precision microfabrication. Whether you need a high-frequency green source for flow diagnostics or a high-energy Nd:YAG for harmonic generation, our product pages and datasheets make it fast to compare specs and select the right laser for your application.

The Tolar family is designed for dual-pulse PIV and synchronized measurement chains. Multiple wavelength and rep-rate options let you tailor the solution to your imaging system.

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Why choose our models

·  Proven performance: stable pulse energy and low-jitter synchronization for accurate time-resolved measurements.

·  Wide options: wavelengths (1064 / 527 / 532 nm and harmonics), repetition from single-Hz to multi-kHz, and pulse widths in the ns/ps regimes.

·  Application-ready: optimized families for PIV, LiDAR & OPO pumping, LIBS, micromachining and lab integration.

·  Integration friendly: compact OEM modules, air-cooled variants and turnkey systems reduce integration time.

·  Fast evaluation: downloadable datasheets, clear parameter tables and quick-quote options to speed procurement.

The High Repetition PIV Laser series from Beamtech mainly includes two products: the Vlite-Hi-100 and the Vlite-Hi-527, both designed for particle image velocimetry (PIV) and fluid dynamics research. The Vlite-Hi-100 is a mid-frequency, high-energy green laser with a single pulse energy up to 100mJ and a repetition rate of 100Hz. It is suitable for 2D and 3D PIV as well as time-resolved PIV applications, offering stable and uniform beam quality. The Vlite-Hi-527 is a high-frequency Nd:YLF laser with pulse energies ranging from 20 to 60mJ and an adjustable repetition rate from 0.2kHz to 10kHz, ideal for high-speed flow measurements with low jitter and high synchronization accuracy.

In comparison, the Vlite-Hi-100 focuses more on high energy output at lower repetition rates, suitable for large-scale and high-energy scenarios, while the Vlite-Hi-527 excels in high repetition rates and precise synchronization, better suited for applications requiring rapid data acquisition. Both of the high-repetition PIV laser series are widely used in aerospace, biomedical fluid analysis, combustion, and industrial flow diagnostics.