The QCW DPSS Conduction Cooling Gain Module is a high-performance laser component engineered for demanding applications like industrial processing, medical devices, defense, and research. Featuring conduction cooling technology, it ensures stable, high-peak power output with energy efficiency, while its compact design allows for easy system integration across various high-power laser systems.
Module No.
GQ-1200-C-12-100E-H34-4*50
| Product Specifications | ||
| Module No. | GQ-1200-C-12-100E-H34-4*50 | Unit |
| Peak Power of 808nm laser | 1200 | W |
| Central Wavelength of Diode¹ | 808@50℃ | nm |
| Conversion efficiency | 30> | % |
| Typical pulse width | 230 | us |
| Frequency | 0-100 | Hz |
| Max Duty Circle | 2 | % |
| Typical Operating Current | 100 | A |
| Typical Operating Voltage | <20V | V |
| Typical Threshold Current | <40 | A |
| Nd:YAG Diameter | 4 | mm |
| Nd:YAG Length | 50 | mm |
| Nd:YAG Center Height | 8 | mm |
| Nd:YAG Doping | 0.80% | – |
2. Minimum 1064 nm multi-mode average output power is measured in a short cavity (300 mm, Plane-Plane Resonator, OC T=20%).
3. Expected life time is around 10⁹ shots.
4. Other doping of Nd:YAG rod can be customized upon request.
5. DPSS laser modules with other power, appearance or structure can be customized according to specific requirements.
6. Warranty: 13 months after delivery
Product Schema & Typical P/I Chart
The P/I chart may be different according to various modules. Please refer to burn-in-test record for each DPSS laser module along with the ex-work products.
Drawing
Key Features
- Conduction Cooling Technology: The conduction cooling method ensures stable temperature control, allowing the module to maintain reliability and long lifespan even under high-power output.
- High Peak Power Output: This laser module delivers high peak power, ideal for applications that require short, powerful laser pulses, such as industrial and medical uses.
- Compact Design: The module’s compact form factor allows easy integration into various laser systems, reducing space requirements.
- High Energy Conversion Efficiency: Utilizing diode-pumped laser technology, the module offers superior energy efficiency compared to traditional laser systems, making it an energy-efficient laser solution.
Applications
- Industrial Processing: The QCW DPSS conduction-cooled gain module is ideal for high-power and high-peak-power industrial applications such as precision laser cutting, drilling, and welding. These lasers deliver powerful bursts of energy in short intervals, ensuring high precision and efficiency in manufacturing.
- Medical Equipment: Widely used in medical laser devices, particularly for skin treatment, ophthalmic surgery, and other laser-based medical procedures, the module provides stable output and high energy density, making it highly effective for medical treatments.
- Defense and Research: In defense and research fields, QCW DPSS laser modules are crucial for laser radar (LiDAR), target detection, and laser communication systems. The high peak power and precision are vital for these advanced technologies.
- Pumping Source: These modules often serve as pumping sources for other types of lasers (such as Ndlasers), significantly enhancing the energy conversion efficiency of the entire laser system.
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