Low Repetition Rate Pulsed Laser

Beamtech's 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!

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

Click on a product below for more details!

The Beamtech 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:

Low Repetition Long Pulse Laser – High Energy, Adjustable, and Reliable

Our Low Repetition Long Pulse Laser series includes single-wavelength Nd:YAG models and dual-wavelength (Alexandrite 755nm + Nd:YAG 1064nm) systems. With high output energy, adjustable pulse width, and flexible repetition frequency, they are widely used in medical aesthetics (hair removal, vascular/pigment lesions, skin rejuvenation) as well as industrial and research applications that require thermal processing and high-energy pulses. Each system is precisely calibrated for stability, making them ideal for OEM integration and fast deployment.

Key Features

• ·  Market-unique long, high-energy nanosecond pulses

• ·  Pioneered intracavity harmonics – delivers excellent beam quality with low COO

• ·  All-in-one (AIO) design for easy system integration

Key Advantages

• ·  Adjustable Pulse Width & High Energy Output – Wide pulse duration range (from sub-millisecond to hundreds of milliseconds) with high YAG energy, meeting both superficial and deep-level treatment or material processing needs.

• ·  Dual Wavelength Coverage for Versatile Applications – 755nm Alexandrite targets superficial melanin and fine hair, while 1064nm Nd:YAG penetrates deeper, making it effective for deeper hair follicles and vascular treatments. The combination offers broader clinical adaptability.

• ·  Compatible with Medical & Industrial Use – Long pulse technology converts laser energy into controlled thermal energy, suitable for vascular closure, follicle heating, or industrial heating and ignition, ensuring efficient and stable energy transfer.

• ·  Stable & Easy to Integrate – Optimized for energy stability and repetition frequency, our systems are designed for OEM/ODM integration, reducing adjustment costs and ensuring consistent performance.

Not sure which model suits your needs? Contact us today for product comparison, sample testing, or OEM integration solutions — fast evaluation, flexible customization, and professional support.

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

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.

Tunable Laser — High-Energy, Wide Wavelength, All-in-One Solution

·  Beamtech Tunable Laser delivers 100–200 mJ (@750 nm) high pulse energy and a broad tuning range (signal 660–1064 nm; idler 1100–2300 nm), making it a versatile light source for advanced research and industrial applications.

·  Designed for photoacoustic imaging, spectroscopy (LIF/LIBS), LiDAR, and biomedical research, this Tunable Laser ensures wavelength flexibility and long-term energy stability. With output spanning from visible to mid-infrared, it meets the diverse requirements of both laboratories and field operations.

·  The system integrates pump laser, OPO, power supply, and cooling in a compact mobile cabinet, offering PC-controlled operation, fast motorized wavelength switching, real-time energy monitoring, and flexible output options. Low noise, high reliability, and ease of deployment make it a trusted choice for demanding environments.

·  Choosing Beamtech Tunable Laser means accessing a broad-spectrum, energy-stable, portable, and integration-friendly solution, tailored for cutting-edge imaging, sensing, and scientific exploration.