Custom Fused Silica AR Coating Optical Spherical Meniscus Lens Camera Lens

• Lens Grade: Professional Camera
• Type: Zoom Lens
• Focus Type: Telephoto Lens
• Model NO.: Meniscus L14
• Maximum Aperture: F8.0
• Image Stabilization Function: With Image Stabilization
• Filter Size: 82mm
• Drive Motor: With Drive Motor
• Positioning: Full Format
• Dimension: Customized, From 10mm to 500mm
• Thickness: Customized, From 0.2 to 100mm
• Dimension Tolerance: up to 0.02mm
• Thickness Tolerance: up to 0.02mm
• Wedge: up to 20arcsec
• Flatness: 1/10L@633nm
• Surface Quality: up to 20-10 Scratch and Dig
• Surface Roughness: 0.2nm Ra
• Coatings: Ar, Bbar, Customized According to Requi
• Clear Aperture: >90% Centered
• Chamfer: <0.1mm
• Focal Length Tolerance: ±1 %
• Aoi: 0-55deg
• OEM: Available
• Bevel: Break sharp edges
• Transport Package: Carton, Blister, Customized
• Specification: Customized
• Trademark: Band-Optics
• Origin: China
• HS Code: 9001909090
• Production Capacity: 100000piece/Month
• Package Size: 20.00cm * 30.00cm * 10.00cm
• Package Gross Weight: 1.000kg

Product Description

Specification

Product:	Meniscus Lens
Materials:	Optical Grade Glass, N-BK7, UV fused silica, CaF2, ZnSe, ZnS, MgF2, Si, Sapphire, etc.
Diameter:	1.5mm-550mm
Diameter Tolerance:	±0.05 mm (precision ±0.01mm)
Thickness:	0.5mm-100mm
Thickness Tolerance:	±0.05mm (precision ±0.01mm)
Focal Length Tolerance:	±1 %
Surface Quality:	20-10 scratch-dig (up to 10-5 available)
Flatness:	PV<1/4L@ 633nm (up to 1/10L); RMS<1/40L
Surface Roughness:	Rq<0.5nm
Centration:	<3 arcmin (1 arcmin precision)
Center:	ETV<0.008mm
Chamfer:	<0.1mm
Clear Aperture:	≥90 % of Diameter
AOI:	0-55deg
Coatings:	single-layer MgF2, broadband VIS, VIS-NIR, NIR I/II, telecom, or high-energy laser V-coatings (266nm, 355nm, 532nm, 1064nm, etc.)

Product Features

Optical Meniscus Lens

Variable Focal Length & Optical Power

Meniscus lenses offer tunable focal lengths and optical power by adjusting the relative curvature of their convex and concave surfaces.

Positive meniscus lenses (convex curvature > concave) act as converging elements.

 

Negative meniscus lenses

 (concave curvature > convex) function as diverging elements.
This adaptability enables precise integration into diverse optical systems.

 

Aberration Correction Capability

Engineered surface curvature profiles allow meniscus lenses to minimize spherical aberrations. By optimizing ray convergence, they enhance image fidelity across the field of view—critical for high-resolution imaging applications.

 

Compact Form Factor

The inherently low-profile geometry reduces system volume and mass without compromising optical performance. Ideal for size-constrained platforms such as mobile imaging modules, aerospace optics, and portable electro-optical devices.

Applications

Optical Meniscus Lens

Meniscus lenses have a wide range of applications across various fields due to their unique shape and optical properties. Here's a breakdown of their primary uses:

1. Eyeglasses:

Positive Meniscus Lenses: Used to correct farsightedness (hyperopia) by converging light rays to focus properly on the retina.

 

Negative Meniscus Lenses: Used to correct nearsightedness (myopia) by diverging light rays to shift the focal point back onto the retina.

 

Their curved shape provides a comfortable fit and aesthetic appeal, making them a popular choice in modern eyewear.

 

2. Camera and Imaging Systems:

Meniscus lenses are integrated into multi-lens assemblies to minimize optical aberrations (e.g., spherical aberration, distortion).

 

They help optimize performance by improving field of view, focusing accuracy, and image sharpness.

 

Used in wide-angle lenses, zoom lenses, and compact camera modules to enhance image quality.

 

3. Optical Instruments:

Microscopes: Adjust focal length and correct aberrations, ensuring clear, high-resolution imaging of microscopic samples.

 

Telescopes: Enhance light-gathering capacity and focusing precision, improving the clarity of distant celestial objects.

 

Also used in binoculars, projectors, and laser systems where precise light control is critical.

 

4. Other Applications:

Laser Systems: Used to shape or collimate laser beams efficiently.

 

Medical Devices: Employed in ophthalmic instruments and diagnostic tools for precise light manipulation.

 

Scientific Research: Utilized in optical experiments requiring minimal aberration and precise focal control.

 

Inspections

Production Line

Company Profile

Factory Advantages

As a total solution provider on Optics, we can match your different demands as below optical components:

---Automated, High-Speed and Low-Speed Precision Polished Optics

---Precision Optical Domes for Demanding Applications

---Optical Lens, Spherical Lenses, Aspherical Lenses

---Optical Mirrors

---Optical Windows

---Optical Prisms

---Optical Filters

---Camera Assembly

Certifications