Description
Introducing our advanced series of laser beam expanders, meticulously engineered for optimal performance at a design wavelength of 355 nm. These expanders are crafted to deliver high transmission rates, ensuring that your laser systems operate with maximum efficiency. With a high laser damage threshold, these expanders are built to withstand rigorous use, making them a reliable choice for demanding applications.
Our laser beam expanders offer a versatile range of magnification options, from 2× to 12×, allowing you to select the perfect level of magnification for your specific needs. Each expander is designed to minimize aberration and dispersion, providing you with a clear and precise beam expansion. The compact design of these expanders ensures they are easy to integrate into existing systems, making them a convenient addition to your optical setup.
Constructed from high-quality fused silica, these expanders utilize the Galilei optical principle, which eliminates internal focus and reduces the risk of internal reflections or "ghosts." The expanders feature a robust mounting thread of M30×1, ensuring secure and stable installation. With pointing stability of less than 1 µrad and adjustable divergence, these expanders offer exceptional precision and control, making them an ideal choice for professionals seeking reliable and high-performance optical components.
355 nm Laser Beam Expander
Specifications
| Magbification: | From 2X to 12X |
|---|---|
| Max. Input Aperture [mm]: | 8mm |
| Max. Output Aperture [mm]: | 31mm |
| Pointing Stability [µrad]: | <1 |
| Wavelength: | 355nm |
| Mounting Thread: | M30x1 |
Features
- Optimized for 355 nm: Ensures high transmission and efficiency at the specified wavelength.
- High Laser Damage Threshold: Designed to withstand high-intensity laser applications.
- Magnification Range: Available in magnifications from 2× to 12× to suit various needs.
- Low Aberration and Dispersion: Provides clear and precise beam expansion with minimal distortion.
- Compact and Easy to Integrate: Designed for seamless integration into existing systems.
- Pointing Stability: Less than 1 µrad, ensuring consistent and reliable performance.
- Divergence Adjustable: Allows for fine-tuning of the beam divergence to meet specific requirements.
- Mounting Thread: Standard M30×1 thread for easy installation.
- Lens Material: Made from high-quality Fused Silica for durability and performance.
- Optical Principle: Utilizes the Galilei design, ensuring no internal focus and reducing potential for internal reflections.
- Total Transmission: Achieves 98% transmission efficiency, maximizing laser output.
- No Internal Ghosts: Designed to eliminate internal reflections and ghosting effects.
- LIDT (Coating): 1.0 J/cm² (1ns pulse at 50Hz), suitable for high-power laser applications.
Applications
- Laser Marking and Engraving: Enhance precision and detail in laser marking and engraving applications with high magnification and low aberration.
- Micromachining: Achieve fine micromachining results with optimized transmission and high laser damage threshold.
- Scientific Research: Suitable for research requiring precise beam expansion and stability at 355 nm wavelength.
- Optical Testing: Use in optical testing setups where compact and easy integration is essential.
- Material Processing: Ideal for applications in material processing where adjustable divergence and high transmission are required.
- Laser Cutting: Improve laser cutting efficiency and accuracy with magnification options from 2× to 12×.
- Medical Applications: Utilize in medical laser systems where precision and low dispersion are critical.
Frequently Asked Questions
What is the design wavelength of these laser beam expanders?
What is the range of magnification available for these laser beam expanders?
What is the maximum input aperture for these expanders?
What is the pointing stability of these laser beam expanders?
Are these laser beam expanders adjustable for divergence?
What is the material used for the lenses in these expanders?
What is the total transmission percentage of these laser beam expanders?
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