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  • Kingwim Optics Photolithographic Multispectral FiltersPhotolithographic Multispectral Filters

    Photolithographic Multispectral Filters

    Precision Thin-Film Patterns: Achieved through the photolithographic method, ensuring high accuracy and performance.

    Multi-Spectral Capabilities: Multiple thin-film coatings are assembled on a single substrate, allowing for the separation of light into multiple discrete spectral bands.

    Compact Design: Facilitates more compact multi-spectral imaging systems, enhancing convenience and integration.

    High Transmission Efficiency: Exceptional transmittance within the designated transmission bands.

    Sharp Spectral Cut-on/Cut-off: Ensures precise isolation of specific spectral bands.

    Durability: Coatings are deposited on optical-grade sapphire substrates known for their unparalleled hardness and resistance to challenging operational conditions.

    Precision Standards: Achieves a premium precision standard of 10/5 S/D and ±5µm graphic dimensional tolerance.

    Applications: Remote Sensing Image Processing, Medical Imaging, Biomedical Research, Environmental Monitoring, Industrial Inspection, etc.

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  • Kingwim Optics Spliced Multispectral FiltersKingwim Optics Spliced Multispectral Filters

    Spliced Multispectral Filters

    Integrated Multispectral Filtering: Combines multiple single-spectral filters into one unit, allowing for simultaneous spectral filtering across various wavelengths.

    Enhanced Spectral Imaging: Provides high spatial and spectral resolution, crucial for advanced spectral imaging applications.

    Compact System Design: A single multispectral filter can replace several single-spectral filters, leading to more compact and simpler optical system designs.

    High Precision Manufacturing: Utilizes precision-regulated cutting and splicing techniques to ensure the parallelism of channel stripes and prevent light leakage at splice joints.

    Improved Signal-to-Noise Ratio: Precise alignment of constituent filters results in enhanced signal-to-noise ratio, improving overall performance and image quality.

    Reduced Optical Aberrations: Provides better spectral isolation and higher transmission efficiencies, reducing optical aberrations.

    Applications: Remote Sensing, Medical Imaging, Biomedical Research, Industrial Inspection, etc.

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