60 Scratch Dig Double Convex Cylinder Lens 10mm In Laser Emission

Overview:

The Biconvex (Double-convex) cylindrical lenses are mainly used to change the design requirements of the imaging size. For example, converting a point spot to a line spot, or changing the height of the image without changing the width of the image. They can be applied in linear detector lighting, barcode scanning, holographic lighting, optical information processing, computer, laser emission. Optical cylindrical lenses are also widely used in high-power laser systems and synchrotron radiation beamlines. At the same time, the requirements for biconvex cylindrical lenses are getting higher and higher, especially in high-power laser resonator cavities and long distances line interferometers and other high-precision testing instruments and devices.

General Specifications of Biconvex (Double-convex) Cylindrical Lens:

Material	N-BK7
Design Wavelength	632.8nm
Surface Flatness	N<3(0.5)@632.8nm
Surface Quality	60/40 scratch-Dig
Diameter Tolerance	+0/-0.2mm
Thickness Tolerance	±0.2mm
Centration	<3 arc minutes
Focal Length Tolerance	±2%
Clear Aperture	>90%
Chamfer	Protective<0.5mmx45°

Standard Products of Biconvex (Double-convex) Cylindrical Lens:

Coating Options of Biconvex (Double-convex) Cylindrical Lens:

Normally our standard Biconvex (Double convex) cylindrical lenses are offered without coating. 

Some of the applications require lens surfaces to be Antireflection coated to minimize the reflection light from each faces. We provide four classical coatings in below as well as support custom design wavelengths. 

Single Layer MgF2 Coating	Multi-layer Anti-Reflective Coating
Boradband Anti-Reflective Coating	Dual Wavelength Anti-Reflective Coating

Custom Your Own Lens:

To Maximize and improve the possibility of transforming the design to production and save time, welcome to consult and discuss with us such as material availability, processing difficulty and cost-efficiency.