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Plano Convex Plano Concave Meniscus Lens Flat windows Optical Lens Magnufacturer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Optical Precision: The plano-convex and plano-concave meniscus lens design enables precise light focusing, aberration correction, and magnification, ideal for optical systems requiring high clarity and resolution.
  • Versatile Light Refraction: The high-clarity glass-like material ensures efficient light transmission, making it suitable for applications such as microscopy, photography, and telescopic systems.

Key features

  • 1. Material Technology

  • With its high-clarity glass-like material, you can achieve superior optical performance compared to plastic lenses*, ensuring sharp images and reduced distortion in demanding applications. The reinforced rubber/plastic rim enhances durability, protecting the lens during handling.

  • 2. Interactive Design

  • With the meniscus lens design, you can correct aberrations and focus light precisely*, improving image quality in devices like cameras and microscopes compared to standard plano-convex lenses. Its circular shape allows seamless integration into optical systems.

  • 3. Performance Parameters

  • With up to 95% light transmission*, you can capture clearer images with minimal light loss in low-light conditions. Its large size and smooth surface enable compatibility with thick optical components and high-resolution applications.

  • 4. Scenario Solutions

  • With versatile applications in microscopy, photography, and astronomy, you can use this lens in both laboratory and field settings* for precise imaging. Its design adapts to scenarios requiring distortion-free magnification, such as scientific research or professional photography.

  • 5. Certification Standards

  • With compliance to ISO 10110 optical component standards*, you can ensure reliability and compatibility with professional-grade equipment. The material meets industry benchmarks for optical clarity and durability.

Product details

Plano Convex Plano Concave Meniscus Lens Flat windows Optical Lens Magnufacturer

The Plano Convex Plano Concave Meniscus Lens is a precision optical component designed for high-clarity applications. Crafted from a high-transparency glass-like material with a durable, opaque rubber/plastic rim, it offers versatile performance in imaging, magnification, and light focusing. Its sleek, round design and customizable coatings make it ideal for photography, microscopy, and industrial optics.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialHigh-clarity glass-like substrateScientific research, photography
DesignRound, smooth surface with opaque rimSecure fit in optical devices
Optical PerformancePlano-convex/concave curvatureLight focusing, magnification
Edge ConstructionReinforced rubber/plastic rimImpact resistance in industrial tools
Coating CompatibilitySupports anti-reflective/UV coatingsEnhanced imaging in harsh environments

Customization guide

Adjustable parameters include coating type (e.g., anti-reflective, UV-blocking) and material thickness to meet specific optical requirements. For instance, adding a UV coating enables use in spectroscopy, while thinner substrates reduce weight for portable devices.

Get inspired

Optimize your optical systems with this lens. Whether you need sharp focus for a microscope or glare-free imaging for a camera, its adaptable design and coatings ensure precision tailored to your application.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Optical Clarity95% transmission+15% clarity+30% clarity*
Durability500-hour stress test1,000-hour test2,000-hour test
Coating OptionsBasic (anti-reflective)Enhanced (UV/IR)Premium (multi-layer)
WeightStandard20% lighter30% lighter*

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s +30% optical clarity surpasses industry standards, enabling high-resolution microscopy.
    • Multi-layer coatings (Pro) block 99% UV/IR interference, ideal for aerospace sensors.
    • The reinforced rim design improves durability by 40% compared to traditional lenses.
  2. Optimal Version Selection:

    • Base Model: Best for general photography or basic lab setups requiring cost-effective performance.
    • Advanced Model: Suitable for industrial imaging (e.g., quality control) needing UV/IR resistance.
    • Pro Model: Tailored for researchers or aerospace engineers requiring extreme clarity and durability. With its triple-layer coating, you can capture sharper images in extreme environments.

*Comparative benchmarks vs. industry-standard plano lenses.

Frequently asked questions

  • Which plano convex/concave meniscus lens is best suited for microscopy applications?

  • How do I clean and maintain a plano convex meniscus lens to preserve clarity?

  • Glass vs. plastic optical lenses: Which is better for high-precision applications?

  • Can I request anti-reflective coatings for a plano concave meniscus lens?

  • Is the material of your meniscus lenses compliant with optical industry standards?

  • What applications are plano convex/concave lenses best for in optical systems?

  • How does a meniscus lens design improve optical performance over standard convex lenses?

  • Are your optical lenses customizable for specific focal lengths or diameters?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial optics, scientific researchIndustry Standard: Borosilicate glass (5.0 on Mohs scale)
Our Base: High-clarity optical glass (6.2 Mohs)
Our Advanced: UV-coated fused silica (7.0 Mohs)▲
Advanced: Resists extreme temperatures and UV degradation
Base: Cost-effective for general optics
Industry Standard: Prone to thermal expansion
Advanced: Heavier and costlier
Optical ClarityPhotography, microscopyIndustry: 92% light transmission (ISO 14781)
Base: 95% transmission▲
Advanced: 98% transmission▲▲ (ISO 14781)
▲▲ Advanced: Minimizes light loss for sharper images
Base: Balances cost and performance
Industry: Blurry edges in high-magnification setups
Edge ConstructionWearable optics, telescopesIndustry: Plastic rim (ASTM D638 Flexural Modulus: 2.5 GPa)
Base: Rubberized edge (3.0 GPa)▲
Advanced: Reinforced TPU rim (4.5 GPa)▲▲
▲▲ Advanced: 80% better shock absorption
Base: Improved grip vs plastic
Industry: Risk of edge cracking under stress
Customization OptionsSpecialty applicationsIndustry: No coatings
Base: Anti-reflective coating (reduces glare by 40%)
Advanced: Multi-spectral coating (blocks UV/IR + 60% glare reduction)▲
Advanced: Versatile for aerospace/medical use
Base: Enhances basic imaging tasks
Industry: Requires aftermarket coating for advanced use
Weight & PortabilityField research, portable devicesIndustry: 250g (ISO 830:2018)
Base: 200g▲ (thinner 3mm design)
Advanced: 180g▲ (hollow-core structure)
▲▲ Advanced: 28% lighter for handheld use
Base: Slimmer profile vs competitors
Advanced: Sacrifices some structural rigidity
DurabilityHarsh environmentsIndustry: 500-hour abrasion resistance (ASTM D3389)
Base: 1,000 hours▲
Advanced: 2,000 hours▲▲ + chemical resistance (ASTM D543)
▲▲ Advanced: Survives industrial chemical exposure
Base: Double the lifespan of industry norms
Industry: Fails in high-humidity conditions

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