KUPO Optics' Dielectric Mirrors are meticulously engineered to surpass the expectations of today's advanced optical applications. Unlike conventional metallic mirrors, these mirrors incorporate multiple thin dielectric layers on a premium glass substrate, providing not only unmatched reflectivity but also superior heat resistance. This combination makes them perfect for even the most demanding environments, ensuring consistent performance under challenging conditions.
These mirrors deliver unparalleled reflectivity, boasting an average reflection of over 98% within the 420-680nm wavelength range. This makes them indispensable in applications where maximum light reflection efficiency is paramount, such as precision optics, projector systems, laser scanners, and barcode readers. Their exceptional durability further distinguishes them from traditional metallic coatings. These mirrors thrive in high-temperature settings, resist wear from frequent handling, and adhere to MIL-M-13508C standards for humidity, adhesion, and abrasion resistance, ensuring long-lasting performance and reliability.
KUPO's Dielectric Mirrors are engineered for precision. They minimize light loss in sensitive optical systems, where even the smallest discrepancy can impact performance. This makes them ideal for a wide range of applications, including medical imaging, projection technologies, microscopy, and industrial lasers. KUPO guarantees perfect uniformity from piece to piece and batch to batch, ensuring consistent performance across multiple units. Each mirror undergoes rigorous quality control, adhering to global standards for optical components, delivering the reliability that professionals trust.
Technical Specifications
Substrate Availability: Compatible with various glass substrates (visit the Products page for specifics).
Performance Standards: Compliant with MIL-M-13508C for humidity, adhesion, and abrasion resistance.
Reflectivity: Maintains an average reflectivity of >98% in the 420-680nm range, with a minimum of >96% across the same spectrum.
Applications Across Industries
Barcode Scanners: Precision and reliability are amplified, minimizing light loss and maintaining signal strength.
Projector Systems: Superior reflectivity translates to brighter, sharper projections and enhanced image quality.
Laser Scanners: Essential for laser systems requiring maximum light reflection for accurate scanning and measurement.
Optical Imaging: Efficiency gets a boost in high-performance imaging systems, including medical devices and research equipment.
Microscopy & Scientific Research: Precise light management is crucial for detailed imaging, making these mirrors ideal for advanced microscopy