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High-Precision Meniscus Lenses for Laser and Imaging Applications from China Suppliers and Factory
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High-Precision Meniscus Lenses for Laser and Imaging Applications from China Suppliers and Factory

ALHAZEN’s high-precision meniscus lenses are engineered for both positive and negative focal lengths, making them ideal for beam focusing (f

    Product Description

    Positive Meniscus Lens
    • Larger convex curvature, smaller concave curvature for focal lengths 2.5–10.
    • Reduces spot size and enhances focusing (e.g., high-power lasers or microscope objectives).
    Negative Meniscus Lens
    • Larger concave curvature, compatible with IR materials (Ge, ZnSe).
    • Minimizes spherical aberration in beam expansion for fiber coupling or wide-FOV imaging.
    Materials
    • H-K9L Glass: High transmission in visible range (400–700nm), cost-effective.
    • Fused Silica: UV-NIR (190nm–2.1μm) compatibility, thermal and laser damage resistance.
    Precision
    • Surface flatness λ/5 (@633nm), eccentricity ≤1 arcmin, focal length tolerance <±1%.
    • Diameter tolerance +0.00/-0.02mm, thickness ±0.05mm, scratch/dig 40/20 (upgradable to 20/10).
    Coatings
    • Anti-Reflective (AR): Single/dual-sided for 355nm–2μm wavelengths.
    • High-LIDT Coatings: Compatible with CO₂ lasers (10.6μm) or femtosecond systems.
    Applications
    • Laser Processing: Focus laser beams to micron-level spots using positive meniscus lenses.
    • Infrared Imaging: Negative meniscus lenses with Ge substrates expand thermal camera FOV.
    • Optical Correction: Combine with plano-convex/concave lenses to compensate aberrations.
    Customization
    • Aspheric Design: Reduces spherical aberration for uniform beam profiles.
    • Special Dimensions: Diameter 2–200mm, radius of curvature 10–1000mm, asymmetric shaping.
    • Fast Turnaround: Standard orders in 7 days, IR materials <4 weeks.

    Differentiation Highlights

    Ultra-Low Eccentricity
    Precision alignment ensures ≤30 arcsec deviation between optical/mechanical axes for interferometers.
    Broad Temperature Stability
    Fused silica variants operate in -50°C to 300°C for aerospace optics.

    Sample Drawing

    Manufacturing Capability

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    Company introduction

    Q&A

    Are you a factory?
    Yes, we are a professional manufacturer of optical components, we have more than 20 years experience in optical cold working.
    Can I custom the products based on my requirement?
    Yes, we can custom the material, specifications and optical coating for your optical components as your requirement.
    How can I get sample from you?
    Just send us your requirements, then we will send samples accordingly.
    What's the delivery time?
    (1) For inventory: the delivery time is 1-3 working days.
    (2) For customized products: the delivery time is 7 to 25 working days according to the quantity.
    How do you control the quality?
    More than four times quality inspect during production process, we can provide the Quality test report.
    What is your payment term?
    T/T or L/C, if you want any other way, please contact us.

    Freight

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    Payment

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