Plastic Hybrid Aspheric Lenses 

Aspheric & Diffractive Surface | Single-Element Achromatic Design | Compact Optical Assembly

Custom Available | Drawings, Samples & Parameters Supported 

 Available Services 

  • Custom Hybrid Aspheric Fabrication 

    We manufacture hybrid aspheric lenses with selectable glass substrates and molded aspheric resin layers. Diameter, focal length and edge dimensions can be adjusted to match your optical specs.

  • Custom Anti-Reflection Coatings

    Tailored AR coatings for VIS, VIS-NIR and NIR bands. Broadband multilayer coatings minimize surface reflection and maximize light throughput.

  • Optical Metrology & Technical Support 

    Each lens is inspected for surface figure, centration and imaging quality. Our optical team offers design review and system integration consultation.

Key Differentiators 

Plastic hybrid aspheric lenses combine a precision glass base with a molded plastic aspheric overlay, balancing excellent thermal stability of glass and the aberration-correcting capability of aspheric resin. This hybrid structure avoids the high cost of full glass aspheres and overcomes thermal drift limitations of all-plastic aspheres, with customizable resin materials for visible and near-infrared spectra.

Why Choose Plastic Hybrid Aspheric Lenses  

  • Improved Thermal Stability 

    The glass substrate suppresses thermal deformation compared to all-plastic aspheres, maintaining stable optical performance across wider temperature ranges.

  • Aberration Correction at Lower Cost 

    Only the thin resin layer carries the aspheric profile, delivering high-quality aberration control without expensive glass aspheric polishing.

  • Compact & Versatile Design 

    Supports integrated aspheric shaping on standard spherical glass substrates, saving system space and simplifying optical layout.

Applications 

Machine vision cameras, automotive optical sensing, medical imaging optics, laser focusing modules, portable analytical instruments and high-performance consumer imaging.