Low Repetition Pulsed Laser

Parameter	Typical Range
Wavelengths	266 nm, 355 nm, 532 nm, 1064 nm; some models support 527 nm, 755 nm
Repetition Rate	<1 Hz to 1 kHz (some support burst mode up to 10 kHz)
Pulse Energy	1 mJ–2 J depending on the model
Pulse Width	From nanoseconds (≤10 ns) to picoseconds (~1–20 ps)

The Compact Laser series from Beamtech is designed for portability and precision, offering compact, air-cooled pulsed lasers such as the Dawa and Nimma models. These lasers typically operate at wavelengths like 266 nm, 355 nm, 532 nm, and 1064 nm, with nanosecond pulse widths and energies suitable for laboratory research, micro-processing, and testing applications. Key features include stable beam quality, small footprint, and easy system integration. Contact us to know more details about our Compact Laser!

The Air-Cooled DPSS Laser from Beamtech features a compact design with a built-in air-cooling system, eliminating the need for external water cooling. It is ideal for integration into space-constrained or portable devices. Utilizing an Nd:YAG gain medium, the laser supports multiple output wavelengths (such as 1064 nm, 532 nm, 355 nm, and 266 nm), offering narrow pulse widths and stable energy output. It is well-suited for high-precision applications including LIBS (Laser-Induced Breakdown Spectroscopy), LIF (Laser-Induced Fluorescence), LiDAR, and display panel repair. With its modular design and maintenance-free operation, this laser ensures excellent reliability and ease of use in both scientific and industrial systems.

Recommended Applications:

Our Lapa series air-cooled DPSS laser is suitable for scientific research, industrial inspection, surface repair, spectral analysis, laser-induced breakdown spectroscopy (LIBS), and 3D scanning. It is portable, stable, and quick to deploy.

Beamtech's High Energy Laser series includes the SGR and SGR-Extra lines, designed for applications in scientific research, industrial processing, and medical aesthetics. The SGR series features high beam quality and repetition rates up to 50 Hz, making it ideal for precision tasks like LIBS, LiDAR, and thin film deposition. The SGR-Extra series delivers much higher pulse energies—up to 50 J—with adjustable pulse widths and repetition rates, suited for high-energy experiments such as laser shock peening and plasma physics.

Both High Energy Laser series support diverse applications ranging from analytical testing and manufacturing to medical treatments, providing flexible solutions for various high-energy laser needs.

Comparison Summary

Feature	SGR Series	SGR-Extra Series
Pulse Energy	400 mJ – 6 J	Up to 50 J
Wavelength Options	1064 nm, 532 nm, 355 nm, 266 nm	Mainly 1064 nm
Repetition Rate	Up to 50 Hz	Adjustable
Pulse Width	6–9 ns	10–24 ns
Beam Quality	Super-Gaussian, single mode optional	High energy density focus
Typical Applications	Precision scientific & industrial	High-energy research & processing

Click on a product below for more details!

The Vlite-1000 Dual Pulse PIV Laser is a low-repetition-rate, ultra-high-energy dual-pulse green laser designed for large-area PIV measurements and tomographic PIV applications. It delivers extremely high pulse energy, making it ideal for large-scale fluid dynamics research requiring powerful and stable laser output.

In contrast, the Vlite Dual Pulse PIV Laser series also operates at low repetition rates (up to 15Hz) but offers a wider range of pulse energies (135mJ to 500mJ), providing greater flexibility for different experimental setups. This series emphasizes thermal stability, uniform beam quality, and safety features, making it well-suited for low-frequency PIV applications that require reliable performance and precise synchronization.

Both Dual Pulse PIV Laser models serve distinct research needs: the Vlite-1000 is optimized for ultra-high-energy, low-frequency complex imaging, while the Vlite series supports flexible low-frequency diagnostics with mid-range energy and enhanced operational stability.

Simple Comparison:

Feature	Vlite-1000	Vlite Series
Pulse Energy	Ultra-high (up to 1J or more)	Medium-high (135mJ – 500mJ)
Repetition Rate	Low (fixed, low frequency)	Low (adjustable, 0–15 Hz)
Application Focus	Large-area & tomographic PIV	Standard 2D/3D PIV, flexible lab setups
Beam Quality & Stability	Excellent, designed for demanding environments	High uniformity and thermal stability
Typical Use Cases	Large-scale flow visualization, 3D/4D imaging	General PIV diagnostics, time-separated measurements
System Design	Engineered for ultra-high-energy output	Emphasizes safety, flexibility, and compatibility