In industries ranging from advanced manufacturing to critical defense systems, the demand for powerful, reliable laser sources that fit into ever-shrinking footprints is constantly growing. System designers often face the challenge of integrating capable laser technology without compromising on space, weight, or thermal management. Addressing this critical need head-on is the GQ Series Compact Conduction-Cooled QCW DPSS Laser Module.
This innovative module represents a significant step forward in laser design, offering robust Quasi-Continuous Wave (QCW) Diode-Pumped Solid-State (DPSS) performance within an extremely small and lightweight package.
Size Matters: When Every Millimeter Counts
The standout feature of the GQ series is its compact structure. Designed specifically for applications where space and weight are critical limiting factors, this module enables the integration of high-energy laser capabilities into platforms previously constrained by bulky hardware. Whether it’s for airborne systems, portable devices, or tightly integrated industrial machinery, the GQ series minimizes the physical impact without sacrificing power.
The Efficiency of Conduction Cooling
Moving away from complex liquid cooling systems, the GQ series employs an efficient conduction-cooling strategy. This approach simplifies system integration, potentially reduces maintenance requirements, and eliminates the need for external chillers and associated plumbing. The module’s “clever design” ensures excellent thermal management, efficiently drawing heat away from the laser head to maintain stable operation and longevity, even during demanding tasks.
Flexible Performance Tailored to Your Needs
Versatility is at the core of the GQ series. Recognizing that no two applications are identical, the design is inherently flexible and customizable. Users can specify:
- Gain Media: Choose from various options like Nd: YAG, Nd : YLF, and potentially others based on specific wavelength or performance requirements.
- Rod Specifications: Accommodates different rod lengths and diameters.
- Application Type: Suitable for integration into both resonator (laser oscillator) and amplifier configurations.
This adaptability ensures that the GQ module can be optimized for a wide array of specific tasks. Furthermore, the design guarantees uniform pumping of the gain medium, contributing to beam quality and efficient energy conversion.
Delivering Robust Energy and Speed
Despite its small size, the GQ series delivers substantial performance:
- Energy Range: Capable of providing pulse energies from 40mJ up to 700mJ.
- Frequency: Operates at frequencies up to 100Hz.
This combination of energy and repetition rate makes it suitable for various QCW applications requiring significant peak power or rapid processing.
Ideal for Demanding Environments
The combination of compactness, rugged conduction cooling, customizable performance, and significant energy output makes the GQ series laser module a prime candidate for:
- Industrial Processing: Applications like marking, cutting, drilling, or material modification where space on the factory floor or within machinery is limited.
- Defense: Use in targeting systems, rangefinders, countermeasures, or other platforms demanding robust performance with minimal Size, Weight, and Power (SWaP) budget.
Conclusion
The GQ series compact conduction-cooled QCW DPSS laser module offers a compelling solution for engineers and designers seeking high-performance laser capabilities without the burden of excessive size or complex cooling requirements. Its blend of power (40mJ-700mJ up to 100Hz), flexibility (custom gain media, resonator/amplifier use), and intelligent thermal design within an ultra-compact, lightweight package makes it a versatile tool for pushing the boundaries in industrial and defense applications.
Interested in learning how the GQ series can fit into your system? Contact our technical team today to discuss your specific requirements or request a detailed datasheet.
