Achromatic Lens

OEM AR Coating Optical Cemented Achromatic Doublet Lens for Telescope Lens Material: • Optical Glass: The lens is made from high-quality optical glass, known for its excellent clarity and minimal impurities. • BK7 Glass: Often used for its superior optical properties and cost-effectiveness. • Fused Silica: Provides high transmission and low thermal expansion, ideal for precision optics. Properties: • Anti-Reflective Coating: The lens features an anti-reflective coating that

OEM Optical Condenser Achromatic Lenses For High Resolution Microscopy Material: • Optical Glass: These lenses are typically made from high-quality optical glass, such as crown glass and flint glass. Crown glass has a lower refractive index and higher dispersion, while flint glass has a higher refractive index and lower dispersion. Properties: • Achromatic Design: Achromatic lenses are designed to minimize chromatic aberration by combining two types of glass with different

N-Bk7 Fused Silica Achromatic Doublet Lens For Vision Systems ‌Material‌: ‌Lens Material‌: The lens is crafted from N-Bk7 fused silica, a type of optical glass known for its excellent transparency, low birefringence, and high chemical stability‌. ‌Cement Material‌: The doublet lens is cemented using a high-quality optical cement that ensures strong bonding between the two lens elements while maintaining optical performance. ‌Properties‌: ‌Optical Performance‌: The lens offers

Custom Optical Achromatic Prism Lens For Telescope And Imaging System The Optical Achromatic Prism Lenses are precision-made from high-quality optical glass materials, designed to meet the specific requirements of telescopes and imaging systems. These lenses feature exceptional surface quality, with RMS (root mean square) values as low as 1-2 nanometers. The manufacturing process involves a series of intricate steps, including grinding, lapping, and final polishing, to

Optical Glass Wide-Angle Achromatic Collimator Lens For Imaging Systems Material: • Optical Glass: Made from high-quality optical glass such as BK7 or fused silica. • Properties: Excellent clarity, durability, superior refractive index, low dispersion, and high transmission. Properties: • Achromatic Design: Combines multiple types of glass to correct chromatic aberration, ensuring different wavelengths of light focus at the same point. • Wide-Angle: Provides a broader field

High-precision Fused Silica Optical Achromatic Doublet Lens With Ar Coating The main points of these lenses are: High-quality glass: Made from fused silica optical glass, ensuring exceptional clarity and durability. Doublet lens: Consists of two elements with different refractive powers, providing a precise and focused image. Function: Imaging applications: Used as lenses in cameras, microscopes, and other imaging instruments to enhance image quality. Beam manipulation: Can

Ar Coating Optical Glass Achromatic Lenses For Projector Lens Material: High-quality optical glass is used to manufacture these lenses Anti-reflective (AR) coating is 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, durability, and long lifespan of the lens Function: Designed to provide a clear view for projector applications

BK7 Optical Glass Cemented Achromatic Doublet Convex Lens For Optical System In the realm of optical systems, BK7 optical glass cemented achromatic doublet convex lenses have proven to be a vital component. These lenses are designed to provide high-quality imaging and accurate results. Raw Material: High-Quality BK7 Glass: The raw material used for these lenses is high-quality BK7 glass that ensures minimal aberrations and distortion. Cemented Achromatic Design: A special

Custom AR-Coated Optical Glued Cemented Lens For Collimator Lenses Material: High-quality optical glass is used to manufacture these lenses Anti-reflective (AR) coating applied to reduce glare and improve image quality Glued or cemented design ensures optimal optical performance 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

High Precision Optical Achromatic Doublet Lens For Binoculars Material‌: ‌Glass Composition‌: These lenses are typically made from high-quality optical glass materials, such as BK7 and SF56, which are known for their excellent optical properties and stability‌. The combination of these materials helps to achieve achromatic performance, minimizing color distortion across the visible spectrum. ‌Properties‌: ‌Achromatic Design‌: The doublet design uses two lenses with different

Optical Convex Condenser Lens for Overhead Projector, Stage Lighting and Lighting Instruments 1. Core Material & Design: Material: Made from clear, high-transmission optical glass (e.g., soda-lime crown) or high-temperature resistant glass (e.g., borosilicate for lighting). Design: A plano-convex or bi-convex lens, characterized by a curved surface that converges light rays. 2. Defining Physical & Optical Properties: Positive Focal Length & Convergence: As a converging lens,

Anti-Reflective Coated Optical Achromatic Lens for Projection Optics Material & Core Properties: Our achromatic lenses are meticulously constructed using a bonded doublet design, combining two optical elements made from glasses with different dispersion properties, typically crown (e.g., H-K9L/BK7) and flint glass. Chromatic Aberration Correction: This dual-element design brings two primary wavelengths (commonly red and blue) to a common focus, dramatically reducing color

High Precision Optical Achromatic Doublet Lens with AR Coating for Microscopes 1. Material Composition: Achromatic Doublet Design: Precisely bonded elements using crown glass (e.g., N-BK7) and flint glass (e.g., F2) to eliminate chromatic aberration. Multi-Layer AR Coating: Ion-beam sputtered anti-reflective coatings optimized for visible spectrum (400-700nm) with >99.5% peak transmission. 2. Key Properties: Chromatic Aberration Correction: Reduces axial and lateral color

Low-Dispersion Focusing Convex Achromatic Lens for Collimators 1. Material Composition: Low-Dispersion Glass: Combines specialized glasses (e.g., ED glass, FK61, or N-BK7/F2 achromatic pair) to minimize chromatic aberration. Precision Optical Substrate: High homogeneity glass with λ/4 surface accuracy and laser-grade polishing. 2. Key Properties: Chromatic Aberration Correction: Eliminates multi-wavelength focal shift for precise beam alignment. High Numerical Aperture (NA):

High Precision BK7 Glass Achromatic Doublet Lens for Microscope/Telescope 1. Material Core Elements: Precision-bonded pair of optical elements. Primary Material: Crown Glass: High-quality BK7 (Schott designation) borosilicate glass for the positive (converging) element. Renowned for excellent homogeneity, transmission (approx. 92% in visible spectrum), and low bubble/inclusion content. Secondary Material: Flint Glass: Typically a higher dispersion glass (e.g., F2, SF2) for

Optical Double Concave Lens AR Coated for Camera/Projector/Telescope Applications 1. Material Core: Precision-crafted from high-grade optical glass (e.g., BK7, Fused Silica) or specialized optical plastics. Coating: Multi-layer Anti-Reflection (AR) coating deposited onto both concave surfaces. Common coating types target specific wavelength ranges (e.g., Visible: 400-700nm, NIR). 2. Key Properties Shape: Features two inward-curving (concave) surfaces, causing light rays to

OEM High Precision Optical Achromatic Convex Lenses For Compact Optical Devices The Achromatic Convex Lens for Compact Optical Devices is a specialized optical component designed to minimize chromatic aberration while providing high-quality light transmission. This lens is ideal for various applications where size and performance are crucial, making it perfect for compact optical devices such as cameras, smartphones, and portable microscopes. Material: Optical Glass:

High Transmission AR Coating Optical Achromatic Doublet Convex Lens for Collimator Glass Material Achromatic Doublet Design : Combines two optical glasses (e.g., crown glass N-BK7 and flint glass N-SF11 ) to eliminate chromatic aberration. High-Quality Optics : Schott or equivalent glass with low impurity levels, ensuring minimal scatter and high transmission (400–700 nm range). Anti-Reflective (AR) Coating ‌: Reduces surface reflections, enhancing light transmission and

Durable JGS1 JGS2 UV Fused Silica Achromatic Lenses for Laser Collimation Material JGS1 & JGS2 Fused Silica : These lenses are crafted from high-purity synthetic fused silica. JGS1 : Offers exceptional UV transparency (185–2500 nm), ideal for deep UV applications due to low hydroxyl (OH) content and minimal impurities. JGS2 : Features slightly lower UV transmission (220–2500 nm) but remains cost-effective for applications where extreme UV performance is not critical.

BK7 Flint Glass Achromatic Lenses for Microscopy Color Correction Material ‌BK7 Flint Glass ‌: BK7 flint glass is a type of optical glass widely used in the manufacturing of lenses and other optical components. It is characterized by its high transparency, low dispersion, and good chemical stability. The "BK7" designation refers to a specific composition and set of optical properties standardized by industry norms. Property ‌Optical Transparency ‌: BK7 flint glass exhibits