Description
The Off-Axis Parabolic Mirror is a high-performance optical component designed for precision applications, including astronomy, laser systems, and photonic devices. Its off-axis design minimizes spherical aberrations, ensuring highly accurate light reflection and manipulation. Available in customizable dimensions and wavelengths, it can be tailored to meet specific project requirements.
Constructed from durable materials like Zerodur, N-BK7, and fused silica, this mirror offers exceptional surface quality (S&D 20/10) and optical performance, with over 98% transmission. It is ideal for scientific research, industrial uses, and advanced optical systems that demand high precision and efficiency.
Off-Axis Parabolic Mirror for Astronomy and Photonics Applications
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Features
- Custom Dimensions: Tailored dimensions to meet specific optical system requirements
- High Transmission: Greater than 98% transmission for superior optical performance
- Premium Materials: Made from metal, Zerodur, N-BK7, or fused silica substrates for high durability
- Surface Quality: S&D 20/10 surface quality ensures minimal imperfections and high precision
- Custom Wavelength Support: Adaptable to a wide range of wavelengths based on user needs
Applications
- Astronomy: Ideal for telescopic and observational systems requiring precise reflection and focusing
- Laser Systems: Used in high-power laser applications for accurate beam reflection and manipulation
- Photonics Devices: Essential for advanced photonic devices requiring fine optical control and performance
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