Aspherized Achromatic Lenses
Hybrid Structure | Dual Aberration Correction | Cost-Effective Solution
Custom Available | Drawings, Samples & Parameters Supported
Available Services
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Custom Aspherized Achromat Fabrication
We produce custom aspherized achromatic doublets with aspheric surface design. We adjust diameter, focal length, air gap and edge geometry strictly according to your optical specification and drawings.
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Custom Anti-Reflection Coatings
Tailored AR coatings for VIS, VIS-NIR and NIR bands. Broadband multi-layer coatings optimized to match your working spectrum for high transmission.
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Optical Metrology & Technical Support
Each lens assembly is inspected for surface figure, centration and imaging performance. Our optical team offers design review and system integration consultation.
Key Differentiators
Combines achromatic color correction with an aspheric surface, correcting both chromatic aberration and spherical aberration in one compact doublet assembly. Unlike standard spherical achromats, it delivers tight spot focusing at higher NA while keeping broadband spectral performance. Available in substrate options including glass doublet with molded aspheric resin layer and all-glass aspherized achromat.
Why Choose Aspherized Achromatic Lenses
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Combined Chromatic & Spherical Aberration Correction
The aspherized achromatic doublet corrects both chromatic aberration and spherical aberration in a single assembly. Light converges uniformly across broadband spectra for crisp, low-distortion imaging and precise laser focusing.
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Compact Optical Assembly
This integrated doublet replaces bulky multi-lens groups. It cuts component quantity, simplifies alignment work, and reduces the overall size and weight of your optical system.
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Tunable Broadband Coating Support
Available with glass doublet substrates, tailored AR coatings cover VIS, VIS-NIR and NIR wavebands. Optimized transmission matches your imaging sensor or laser source requirements.
Applications
High-resolution broadband imaging, laser collimation & beam expanders, spectroscopy, machine vision inspection, fluorescence detection, low f-number condenser optics.