VGC Front Surface Mirror (with coating on the front side) is engineered for superior optical performance and durability, making it a trusted choice for industrial, scientific, and professional imaging applications. Leveraging advanced magnetron sputtering technology under high vacuum conditions, we deposit an aluminum film with an interference-enhancing coating, ensuring exceptional reflectivity across a wide wavelength range. Unlike traditional rear-coated mirrors, the front-side coating eliminates ghosting and image distortion, delivering clear, accurate reflections for critical applications.
Main Advantages of Front Surface Mirror
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Exceptional Reflectivity: Boasts high reflectivity (up to 96.10%) across 400-600nm wavelengths, meeting strict performance requirements at both 6° and 45° light incidence angles.
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Precision Manufacturing: Produced via high-vacuum magnetron sputtering, ensuring uniform coating adhesion and consistent optical performance across the entire mirror surface.
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Superior Durability: Rigorously tested for abrasion resistance, adhesion, humidity resistance, and chemical stability, ensuring long-term reliability in harsh industrial environments.
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Standard & Customizable Sizes: Available in standard dimensions with tight tolerances, supporting custom specifications to match diverse project needs.
Front Surface Mirror
high reflectivity mirror
Key Specifications
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Parameter
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Details
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Reflectivity
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Product Type
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Front Surface Mirror
(Coating on Front Side)
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Coating Technology
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Interference-enhancing coating, deposited
by magnetron sputtering under high vacuum
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Dimensions
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Thickness: 1.1mm/1.5mm/2.0mm/2.5mm/3.0mm/
4.0mm/5.0mm/6.0mm/8.0mm Sizes: 1830*1220mm,1830*2440mm,2140*3300mm, Any customized sizes. |
400nm: >92% (Measured: 93.65%)
450nm: >93% (Measured: 96.10%)
550nm: >94% (Measured: 94.08%)
600nm: >90% (Measured: 90.59%)(Applicable for both 6° and 45° light incidence angles)
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Applications of Front Surface Mirror
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Industrial Imaging & Machine Vision: Ideal for machine vision systems, automated inspection lines, and industrial cameras, providing distortion-free reflections for precise object detection and measurement.
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Scientific Instruments: Widely used in scientific research equipment such as microscopes, telescopes, spectrometers, and interferometers, ensuring high-precision optical performance for accurate data collection.
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Laser Systems: Suitable for laser processing equipment (laser cutting, engraving), laser alignment devices, and optical communication systems, due to its high reflectivity and stable performance under laser irradiation.
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Medical Equipment: Applied in medical imaging devices (endoscopes, ultrasound machines), surgical microscopes, and diagnostic instruments, where clear, accurate reflections are critical for medical procedures and diagnosis.
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Aerospace & Defense: Used in aerospace optical systems, flight simulators, and defense surveillance equipment, meeting the strict environmental and performance requirements of these high-end fields.
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Display & Projection Systems: Utilized in projection televisions, head-up displays (HUDs), and virtual reality (VR) devices, eliminating ghosting to enhance the viewing experience.
instrument use front mirror
mirror with front aluminum coating
95% reflectivity front surface mirror