Convex Lens

BK7 Optical Glass Doublet Convex Lens for Photography Lenses Material: • BK7 Optical Glass: BK7 is a high-quality borosilicate crown glass known for its excellent optical properties. It is widely used in the optics industry due to its clarity, low inclusions, and high transmission of visible light. Properties: • High Transmission: BK7 glass offers high transmission rates in the visible spectrum, making it ideal for applications requiring clear and bright images. • Low

Fused silica optical glass bi convex glass lenses for photography or magnifier Raw Material: High-quality fused silica optical glass is used, known for its excellent transparency and durability. Quality: These lenses are manufactured with high precision standards in mind, ensuring minimal defects and imperfections. They provide excellent optical quality, making them ideal for demanding applications. Function: Light focusing: The bi convex design focuses light onto a single

N-BK7 Optical Magnifying Glass Plano Convex Lens for Camera photography ‌Material‌: ‌N-BK7 Optical Glass‌: This lens is crafted from N-BK7 optical glass, a high-quality material known for its excellent optical properties and stability. N-BK7 glass offers a high level of homogeneity, low stress birefringence, and good transmission in the visible and near-infrared spectrum, making it an ideal choice for optical components.‌ ‌Properties‌: ‌Optical Clarity‌: The lens provides

Durable Borosilicate Glass Bi Convex Lens For Optical Imaging‌ ‌Material‌: ‌Borosilicate Glass‌: This high-quality material is renowned for its exceptional resistance to thermal shock, low coefficient of thermal expansion, and high chemical resistance. Borosilicate glass is an ideal choice for scientific research applications due to its ability to maintain optical properties even under extreme conditions. ‌Properties‌: ‌Heat Shock Resistance‌: The lens is designed to

Optical Borosilicate Glass Plano Convex Bi Convex Lenses For Strage Light Lens Material: The Optical Borosilicate Glass Plano-Convex Bi-Convex Lenses are made from high-quality borosilicate glass, a type of heat-resistant and chemically resistant glass that is known for its excellent optical clarity. This material provides exceptional durability and resistance to thermal shock. Quality: These lenses have undergone rigorous polishing processes to achieve an extremely smooth

Anti Reflective Coating Optical Bi-Convex Concave Lenses For Photography The Anti-Reflective Coating Optical Bi-Convex Concave Lens for Photography is a specialized optical component designed to enhance the performance of photographic equipment. Below is a detailed description of its material, property, function, and application: ‌Material‌: ‌High-Quality Optical Glass‌: The lens is crafted from premium optical glass, ensuring exceptional clarity, transparency, and durability

OEM Optical Bi Convex Concave Flipper Lenses For Medicine Area Quality: These lenses are made from high-quality optical glass. They are strong and clear. Function : The bi-convex design helps to focus light rays precisely. The concave shape allows for precise control over light beams. It provides high-quality images with minimal distortion. Application : These lenses are used in various industries, including: Microscopy: To see small things clearly and study their properties.

Optical Glass Doublet Lens Singlet Lenses From Magnifying Glass Material: High-quality optical glass is used to manufacture these lenses Anti-reflective (AR) coating applied to reduce glare and improve image quality Quality: Exceptional optical clarity with minimal distortion for precise viewing Strict quality control measures ensure consistent performance and durability of the lens Function: Designed to provide a clear view for magnifying glass applications Doublet and

AR-Coating N-Bk7 Glass Optical Plano Convex Lens For Scientific Instruments Material‌: ‌N-Bk7 Optical Glass‌: This lens is made from N-Bk7 optical glass, which is known for its excellent optical properties and wide range of applications. Bk7 glass offers high transparency, low dispersion, and good chemical stability, making it ideal for use in scientific instruments‌. ‌Properties‌: ‌High Transparency‌: The lens exhibits high transparency across a wide range of wavelengths,

N-BK7 H-K9L Optical Spherical Bi Convex Lens For Camera High Accuracy Material: High-quality BK-7 and K9L optical glass is used to manufacture these lenses Non-toxic and chemically inert materials ensure safety in camera applications Quality: Exceptional optical clarity with minimal distortion for precise viewing Strict quality control measures ensure consistent performance, durability, and long lifespan of the lens Function: Designed to provide a clear view for camera

High Precision PCX Plano-Convex Lenses with Anti-Reflective Coating 1. Material & Construction Substrate Materials: Optical glass (BK7, B270), Fused Silica (UV-grade), or Optical Plastics (PMMA, PC). Coating Type: Single-layer (e.g., MgF₂) or multi-layer dielectric Anti-Reflective (AR) coatings. Design: One plano (flat) surface and one convex (spherically curved) surface. 2. Key Properties High Precision: Tight tolerances on focal length, diameter, center thickness, and

High Precision H-K9L Glass Double Convex Spherical Lens for DLP/LCD Projector Optics Material & Core Properties: This lens is manufactured from H-K9L optical glass, a Chinese optical grade equivalent to Schott N-BK7. This crown glass is selected for its excellent combination of properties crucial for projection: High Transparency & Low Absorption: Provides exceptional light transmission (approx. >92% per 10mm thickness in the visible spectrum) from 350nm to 2000nm, minimizing

Anti-Reflection Coated Optical Glass Convex Lens for Professional Photography Material & Core Properties: Crafted from premium optical glass, typically fine-annealed B270 or equivalent high-transmission crown glass, this lens provides exceptional clarity and color fidelity. Anti-Reflection Coating: Multi-layer broadband AR coatings are applied to all air-glass surfaces. This technology dramatically reduces surface reflections (often to

Custom Large Diameter Plano Convex Lenses for Photographic Lighting and Soft Focus Effects Material & Core Properties: These lenses are crafted from high-optical-quality glass, typically BK7 or optical crown glass, ensuring superior clarity and minimal distortion. Key properties include: Large Aperture Design: Diameters ranging from 80mm to over 150mm to capture and control broad light beams from studio strobes, LEDs, or Fresnel fixtures. Precision-Ground Surfaces: The convex

Anti-Reflective Coated Optical Double Convex Lens for Cameras Material The lens is typically manufactured from optical glass such as borosilicate crown (BK7) or other high-purity glass types. These materials are selected for their excellent optical homogeneity and stable refractive properties. The key feature is the application of a multi-layer Anti-Reflective (AR) coating, often made from magnesium fluoride (MgF2) or other metal oxides, deposited onto the polished glass

High Precision Optical Focusing Lens for Laser Applications 1. Material Composition‌ ‌Lens substrate‌: Fused silica (SiO₂) or N-BK7 optical glass for high laser damage threshold (10-15 J/cm² @1064nm). ‌Coatings‌: Multi-layer AR coatings (R

Multi-Layer AR Coating Optical Plano Lens for Scientific and Research Applications 1. Material Composition: Optical Glass Substrate: High-grade materials like Schott N-BK7, fused silica, or specialty crystals ensuring low thermal expansion and homogeneity. Multi-Layer AR Coating: Precision-deposited anti-reflective layers optimized for specific wavelengths (e.g., UV, visible, or IR spectra). 2. Key Properties: Ultra-Low Reflectivity: Achieves >99.5% light transmission per

B270 BK7 Glass Optical Plano Lenses for Consumer Electronics 1. Material Core Substrate: Precision-cut optical-grade glass – B270® superwhite crown glass (cost-effective, high clarity) and BK7 borosilicate glass (superior homogeneity, low bubbles). Coatings: Optional AR (Anti-Reflective), IR cut, or hard coatings for enhanced performance. 2. Key Properties Surface Quality: λ/2 flatness tolerance, 60-40 scratch-dig standard (80-50 optional). Transmission: >91% (B270) and >92%

Custom-Made Plano Convex Lens for Collimator Optical Systems 1. Material Core Substrate: Precision-engineered optical glass (e.g., BK7, Fused Silica, N-BK10) or specialized crystals (ZnSe, Ge) for IR applications. Coatings: Custom Anti-Reflection (AR) coatings optimized for target wavelengths (UV-VIS-NIR/MIR), minimizing reflection losses (

OEM Optical Convex Glass Lenses For Solar Energy Concentration Systems Material: High-Purity Optical Glass: Primarily Fused Silica (Quartz) or Low-Iron Borosilicate Glass (e.g., Borofloat 33, Tempax). Selection Drivers: Extreme UV transmission, high laser damage threshold (LDT), exceptional thermal shock resistance, low thermal expansion coefficient, and minimal solarization (darkening under prolonged UV exposure). Fused silica excels for highest flux/high-UV applications.