
( Brand: Cvi Laser Optics ), ( Manufacturer Part Number: Y2-1025-45-UNP ), ( Part Type: Mirror Laser )
The Y2-1025-45-UNP CVI Laser High Energy Mirror is a precision-engineered optical component designed for high-powered 532nm CVI (Closed-Circuit Television) laser applications. This mirror exhibits exceptional performance and durability, making it an ideal choice for a wide range of industrial and scientific applications.
Measuring 1025mm in diameter, this mirror offers a large aperture that ensures maximum laser capture for optimal power utilization. The mirror's surface is coated with a proprietary high-reflectivity coating that reflects up to 99.9% of the incident 532nm laser light, ensuring efficient and effective energy utilization.
The Y2-1025-45-UNP mirror is crafted from a high-quality, UV-resistant, unpolished glass substrate. This ensures that the mirror maintains its structural integrity and reflective properties under prolonged exposure to high-energy laser radiation. The mirror's unpolished surface minimizes the risk of laser damage, making it an excellent choice for high-power laser applications.
This CVI Laser High Energy Mirror features a robust 45-degree angle of incidence, allowing for optimal angle adjustment for various applications. The mirror is also supplied unmounted (UNP), providing flexibility for integration into a variety of systems.
In summary, the Y2-1025-45-UNP CVI Laser High Energy Mirror is a top-tier optical component designed for high-powered 532nm CVI laser applications. Its large diameter, high-reflectivity coating, UV-resistant substrate, and robust design make it an ideal choice for industrial, scientific, and research applications where high-power laser functionality is required.
1. High Energy Mirror: This product is designed to handle high energy laser emissions, making it suitable for intense applications.
2. 532nm Dia Optics: The 532nm diaphragm optics provide precision and accuracy in laser beam control.
3. CVI Compatibility: The CVI (Closed Circuit Television) compatibility allows for seamless integration with CVI systems for monitoring and control.
4. Durable Construction: The UNP (Ultra-Narrow Parabolic) design ensures durability and long-term performance.
Cons:1. Specialty Product: This is a specialized item, which may limit its availability and increase the cost compared to general-purpose mirrors.
2. Requires Specific Knowledge: Proper usage and installation may require a good understanding of laser technology and optics.
3. Potential Safety Risks: Handling high-energy lasers can pose risks if not handled correctly, and safety precautions should be observed.
Conclusion:The Y2-1025-45-UNP CVI Laser High Energy Mirror 532nm Dia Optics is a high-performance product suited for applications that require intense laser emissions and precision control. Its durability and CVI compatibility make it an attractive choice for specific industries. However, due to its specialized nature, it may not be as accessible or cost-effective as general-purpose mirrors, and proper handling and safety precautions are essential.
Recommendation:If you are in need of a high-performance laser mirror for intense applications, the Y2-1025-45-UNP CVI Laser High Energy Mirror 532nm Dia Optics is a recommended choice. However, consider your specific needs and budget, and ensure you have the necessary knowledge and safety measures in place before making a purchase. Always consult with an expert if you are uncertain about the product or its application.
Insoluble in lab solvents. Clear aperture: 85 of central diameter coated surface figure: 10 at 633 nm on select . Cvi laser, y2 unp high energy nd:Yang nd:ELF laser mirrors, 523-532nmspecifications:coating wave length : 532dimensionsmm 25. Available optimized at or 45 on flat substrates, they offer 35 incidence angle: 45 coating type: laser line dielectric shape: flat material: fused silica surface quality: 10-5 surface figure p-v, 633 nm before coating 10 damage threshold pulsed: 20 j cm2, NSC, Hz 532 code: y2adhesion and durability: per mil-c-675c.
4 thickness mm: reflectivity at the second harmonic of both nd:Yang 532nm and nd: ELF: 523nm wave lengths depending on polarization. 05mm high reflectivity and laser damage threshold are delivered in these durable, dielectric coated mirrors for nd:Yang nd:ELF use.