Reflective mirror dameter (D) 1270×482mm
Surface feature 0ff-axis aspherical surface
Lightweight form Back
Supply cycle 5.75 months

Silicon carbide reflective mirror

Using advanced robotic CNC processing as the primary method, combined with ion-beam, polishing, and milling machines, it can achieve customized and batch production of large-aperture, high-precision, asymmetric-spherical surface and aspherical silicon carbide reflective mirrors.

  • Product examples

Reflective mirror diameter (D) φ440mm
Surface feature Coaxial aspherical surface
Lightweight form Back
Supply cycle 3 months
Reflective mirror diameter range Φ 50mm-1200mm
Reflective mirror surface shape RMS: Better than 1/60 λ ( λ = 632.8 nm)
Surface roughness <2.5 nm
Supply cycle 2-6 months

Features

  • High Mechanical Strength:

    • Superior rigidity and resistance to deformation

    • Ensures stable performance under mechanical stress

  • Excellent Thermal Conductivity:

    • Efficient heat dissipation minimizes thermal distortion

    • Maintains optical accuracy even in high-temperature environments

  • Lightweight Design:

    • Reduced weight compared to traditional materials

    • Ideal for spaceborne and airborne applications where payload is a concern

  • High Reflectivity:

    • Advanced reflective coatings provide maximum light return

    • Delivers sharp and clear reflections for precise imaging

  • Versatile Applications:

    • Suitable for telescopes, satellites, high-energy physics experiments, and laser systems

    • Enhances performance in various scientific and industrial applications

Advantage

  • Superior Mechanical Strength:

    • Constructed from high-quality silicon carbide for enhanced rigidity

    • Provides stable performance under mechanical stress and deformation

  • Outstanding Thermal Conductivity:

    • Efficiently dissipates heat to minimize thermal distortion

    • Ensures consistent optical accuracy in high-temperature environments

  • Lightweight Construction:

    • Significantly lighter than traditional mirror materials

    • Ideal for applications where weight is a critical factor, such as spaceborne and airborne platforms

  • High Reflectivity:

    • Features advanced reflective coatings for optimal light efficiency

    • Delivers clear and precise reflections, crucial for high-precision applications

  • Wide Range of Applications:

    • Perfect for use in telescopes, satellites, high-energy physics experiments, and laser systems

    • Enhances performance and reliability in scientific and industrial optical systems

  • Precision Engineering:

    • Manufactured with the highest standards of quality and precision

    • Ensures optimal flatness and smoothness for superior optical performance

Choose us

  • We have extensive experience in the research and development of satellite integration and platform;

  • We have extensive experience in the research and development of remote sensing, communication, and navigation electronic equipment;

  • We have extensive experience in establishing research and production conditions;

  • We have extensive experience in the development of numerical control, testing, and data processing systems;

  • We have a large number of satellites to name;