FQCW 266-10 Diode Pumped Continuous Wave Solid-State Laser
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United States
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On FindLight:
since 2016
Description
Introducing the FQCW 266-10 Diode Pumped Continuous Wave Solid State Laser, a cutting-edge solution designed for precision and reliability. This laser system, developed by CRYLAS GmbH, operates at a wavelength of 266 nm, delivering a continuous wave output that ensures consistent performance across various applications. Engineered with a focus on low noise and single frequency operation, the FQCW 266-10 is ideal for environments where precision and stability are paramount.
The FQCW 266-10 offers an impressive nominal output power of 10 mW, with an adjustable range from 2 to 12 mW, allowing for flexibility in different operational settings. Its coherence length exceeds 1000 meters, while the beam quality factor remains below 1.3, ensuring exceptional beam precision. The laser's vertical polarization ratio is greater than 100:1, and it boasts a beam diameter of 0.55 mm with a divergence of less than 0.8 mrad, making it a superior choice for high-precision tasks.
Designed with user convenience in mind, the FQCW 266-10 features conduction cooling, a compact control unit, and a robust laser head. The system's power stability is maintained at less than 1% rms over an 8-hour period, with noise levels below 0.5% rms, ensuring smooth and reliable operation. The laser system is equipped with essential safety features, including a key switch and interlock, providing peace of mind during use.
With an operating temperature range of 20 °C to 35 °C, the FQCW 266-10 is suitable for a variety of environments. Its warm-up time is under 15 minutes, ensuring quick readiness for operation. The system supports communication via USB and RS 232 interfaces, offering ease of integration into existing setups. Whether used in raman spectroscopy, inspection, analytics, or DVD mastering, the FQCW 266-10 stands as a testament to CRYLAS GmbH's commitment to excellence in laser technology.
FQCW 266-10 Diode Pumped Continuous Wave Solid-State Laser
Specifications |
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|---|---|
| Wavelength: | 266 nm |
| Max Output Power: | 10 mW |
| Cooling Method: | Other (not specified) |
| Tunability: | Single Wavelength Tunable |
| Control Interface: | RS232/RS485, USB |
Features
- Deep UV Output: Emits at 266 nm for specialized scientific and industrial applications.
- Single Frequency Operation: Delivers a narrow linewidth < 300 kHz for high coherence.
- Excellent Beam Quality: TEM00 mode with M² < 1.3 ensures optimal focusability.
- Low Optical Noise: Provides < 0.5% rms noise between 100 kHz – 10 MHz for stable measurements.
- Adjustable Output Power: Tunable from 2 to 12 mW for application flexibility.
- High Power Stability: Maintains < 1% rms power stability over 8 hours.
- Efficient Conduction Cooling: Ensures thermal stability without complex cooling systems.
- Robust Safety Features: Equipped with key switch and interlock for safe operation.
- Flexible Integration: USB and RS-232 interfaces support easy system integration.
Applications
- Raman Spectroscopy: Provides narrow linewidth and high coherence for precise Raman analysis.
- Inspection Systems: Enables high-resolution UV inspection in semiconductor and material processing.
- Analytical Instrumentation: Ideal for applications requiring deep UV excitation and low noise.
- DVD Mastering: Supports critical UV laser processes in optical disc mastering and production.
Frequently Asked Questions
The CryLaS FQCW-266-10 laser is suitable for Raman Spectroscopy, Wafer inspection, and Photoluminescence applications.
No, the CryLaS FQCW-266-10 laser uses air convection for heat removal and does not require a chiller or fan.
The CryLaS FQCW-266-10 laser has a high coherence length of 1000 m.
The CryLaS FQCW-266-10 laser has a fixed wavelength of 266nm.
The CryLaS FQCW-266-10 laser delivers 10 mW of output power.