Optical Glass Lens

AR-Coated N-BK7 Optical Cylindrical Lenses for Laser and Imaging Systems Material: 1.Optical Glass: These lenses are precision-manufactured from N-BK7 optical glass, a high-grade borosilicate crown material renowned for its exceptional clarity, uniformity, and stability. 2.Durability: N-BK7 glass provides excellent mechanical and environmental durability, ensuring reliable long-term performance in demanding optical systems. Properties: 1.AR Coating: Featuring a multi-layer

Optical Grade Spherical Convex Lenses for Industrial Magnifier and Measuring Tool Material & Core Properties: Crafted from premium optical-grade materials—typically BK7 (H-K9L) or crown glass—these lenses offer exceptional clarity and durability for industrial environments. Key properties include: High Optical Clarity & Low Distortion: Precision annealing and fine grinding ensure excellent homogeneity and minimal wavefront distortion, providing a true-to-life magnified image

Custom Size Optical Circular Glass Lens for Industrial Sensors and Optical Instruments Material The lenses are precision-manufactured from optical-grade glass, typically borosilicate (BK7) or other specialized formulations like fused silica. The material selection depends on the specific application requirements for refractive index, transmission properties, and environmental stability. Key Properties Custom Dimensional Specifications: The primary characteristic is the

Custom High Precision Optical Spherical Ball for Imaging System Precision optical spherical balls are fundamental components engineered for advanced imaging systems and optical applications, serving as critical elements where exact light control and minimal distortion are paramount. 1. Material & Manufacturing These spherical balls are manufactured from premium optical materials including: Optical Glass (N-BK7/Borofloat): Delivering excellent transmission from visible to near

Custom Optical Equilateral Dispersive Prism For Medical Imaging Devices Material‌ 1.High-Grade Optical Glass‌: Typically fabricated from BK7, fused silica, or specialized medical-grade optical materials to ensure biocompatibility and high light transmission in visible to near-infrared (NIR) spectra. Key Properties‌ 1.Precision Geometry‌: Equilateral design (60°-60°-60°) guarantees consistent dispersion angles for accurate wavelength separation.2.Surface Quality‌: λ/10 surface

High-precision Equilateral Dispersive Prism For Spectroscopy Wavelength Separation Material‌ 1.Optical Glass‌: Typically made from high-quality materials like BK7 or fused silica, ensuring minimal absorption and high transmission across UV-VIS-NIR spectra. Key Properties‌ 1.Precision Angles‌: Equilateral design (60°-60°-60°) guarantees accurate wavelength dispersion.2.Surface Quality‌: λ/10 surface flatness minimizes scattering for clear spectral separation.3.Dispersion Power

Custom BK7 Glass Dove Prism For Optical Alignment Systems Material‌ 1.High-quality BK7 optical glass‌: A standard crown glass with excellent transmission (350–2000 nm), low bubble/inclusion content, and high homogeneity.2.Optional coatings‌: Anti-reflective (AR) coatings (e.g., 532 nm or 1064 nm laser lines) to minimize surface reflections and enhance durability. Properties‌ 1.Precision polishing‌: λ/10 surface flatness and 10 J/cm² at 1064 nm, 10 ns pulses). Function‌ 1

Durable Optical Dove Prism In High-power Laser Systems Material‌ 1.High-grade optical glass‌ (e.g., N-BK7, fused silica) for thermal stability and low absorption.2.Robust coatings‌: Anti-reflective (AR) or dielectric coatings to enhance durability and minimize energy loss in high-power laser environments. Properties‌ 1.Thermal resistance‌: Withstands high-power laser beams without deformation.2.Precision-polished surfaces‌: λ/10 surface flatness for minimal wavefront

Optical Glass Wedge Prism For Beam Deviation In Scientific Instrumentation Material‌ 1.High-Purity Optical Glass (e.g., N-BK7, Fused Silica)‌ : Ensures minimal light absorption and high thermal stability for precision applications‌2.Anti-Reflective (AR) Coatings‌ : Reduces surface reflections to enhance transmission efficiency (>99% in visible-NIR spectra)‌ Key Properties‌ 1.Precision Beam Deviation‌: Angular accuracy of ±1 arcminute for controlled light path redirection‌2

Durable Optical Wedge Prism For Reliable Performance In Harsh Environments Material‌ 1.High-Grade Optical Glass (e.g., N-BK7, Fused Silica)‌ : Offers excellent thermal stability and chemical resistance.2.Robust Coatings (AR, Hardened)‌: Anti-reflective (AR) coatings minimize light loss, while hardened coatings protect against abrasion and environmental degradation. Key Properties‌ 1.Durability‌: Resists thermal shocks (-40°C to +120°C), humidity, and corrosive atmospheres.2

N-BK7 Material Wedge Prism For Low-deviation Beam Bending In Optics Material:‌ 1.N-BK7 Optical Glass‌: A high-quality borosilicate crown glass with exceptional homogeneity (refractive index: 1.5168 @ 587.6nm) and low bubble/inclusion content.2.Precision Polishing‌: Surfaces polished to λ/10 flatness for minimal wavefront distortion. Properties:‌ 1.Low Angular Deviation‌: Designed for precise beam bending with deviation angles as low as ‌±1 arcminute‌, ensuring minimal beam

High-accuracy Optical Glass Roof Prism For Minimal Distortion In Viewing System Material:‌ 1.Optical glass substrate‌ (e.g., BK7 or fused silica) with high refractive index homogeneity (Δn ≤ ±2×10⁻⁶) for minimal wavefront distortion.2.Precision-polished surfaces‌ (λ/10 flatness) and ‌dielectric coatings‌ (broadband AR coatings at 400-700nm) to reduce reflections (

Durable BK7 Glass Penta Prism For Long-lasting Alignment In Optical Instruments Material:‌ 1.Made from ‌BK7 optical glass‌, a high-quality borosilicate crown glass with exceptional homogeneity and low thermal expansion.2.Features ‌anti-reflective (AR) coatings‌ on critical surfaces to minimize light loss (up to 99.5% transmission) and reduce stray reflections‌ Properties:‌ 1.High durability‌: Resists scratches, humidity, and chemical corrosion, ensuring longevity in harsh

Anti-reflective Coated Optical Penta Prism For Maximizing Transmission Efficiency 1. Material & Construction‌ Substrate‌: Precision-grade BK7 glass or UV-fused silica (transmission range 350-2500nm).Coating‌: Multi-layer MgF₂ or proprietary broadband AR coating (Ravg 99.5% light throughput with

Anti-reflective Coated Right Angle Prism For Minimizing Glare In Optical Devices 1. Material and Construction: The prism is precision-fabricated from high-grade optical glass, typically N-BK7 or Fused Silica, ensuring excellent transmission and thermal stability. The key feature is a thin-film Anti-reflective Coating applied via vapor deposition. This coating consists of single layers (e.g., Magnesium Fluoride/MgF2) or multi-layer dielectric stacks engineered for specific

High-precision Optical Right Angle Prism For Accurate Light Reflection In Scientific Instruments A high-precision optical right angle prism is a fundamental component engineered to deliver exceptional accuracy in controlling light paths within scientific and industrial instruments. Manufactured to exacting standards, these prisms ensure minimal wavefront distortion and reliable performance in demanding applications where precision is paramount. Material Composition Optical

High Clarity Optical Double Convex Magnifying Glass for Stamp and Coin Collectors 1. Material Composition: Optical-Grade Glass: High-transparency, low-impurity borosilicate or crown glass with minimal distortion. Double-Convex Design: Precisely ground and polished curved surfaces on both sides for superior magnification and reduced spherical aberration. 2. Key Properties: High Magnification Power: Ranges from 5x to 20x magnification for detailed inspection of fine textures,

High Resolution Wide-Angle Optical Lens for Action Cameras 1. Material Composition: High-Index Optical Glass: Utilizes low-dispersion elements (e.g., ED glass) paired with aspheric components to minimize distortion and aberrations. Multi-Layer Nano-Coating: Hydrophobic, anti-reflective, and abrasion-resistant coatings enhance light transmission and durability. 2. Key Properties: Ultra-Wide Field of View: 120°–170° diagonal FoV for immersive capture without vignetting. 4K+

Precision N-bk7 Optical Glass Bi-convex Lens For Microscopes & Tools 1. Material & Manufacturing Optical Substrate: Schott N-BK7 borosilicate glass (standard reference 517642) Surface Precision: λ/4 surface accuracy @ 632.8nm 60-40 scratch-dig specification Coating Options: Broadband AR (MgF₂ or multilayer) for >99.5% peak transmission 2. Critical Properties Optical Performance: >92% transmission (350nm–2.0μm uncoated) Abbe number 64.2 (minimizes chromatic aberration) Thermal

Professional Optical Plano Convex Lens - High-Quality Large Magnifying Glass 1. Material & Construction Optical-Grade Glass: Precision-crafted BK7 borosilicate glass (Schott/N-BK7 equivalent) with low dispersion properties. Surface Quality: λ/4 surface accuracy and 60-40 scratch-dig specification for aberration-free imaging. Coating: Optional broadband anti-reflective (BBAR) coating (>99.5% peak transmission, 400-700nm). 2. Critical Optical Properties High Magnification: