SKU MG-FC4510

High-Performance Fused Silica Mirrors for Superior Laser Precision

High-Performance Fused Silica Mirrors for Superior Laser Precision — an optical mirror: Optical Glass, 488-694 Nm/700-950nm, Customized. Specs, RFQ…

Optical GlassMaterial
Borofloat 33 or EquivalentSubstrate
Convex LensType
Single-lensShape
High-Performance Fused Silica Mirrors for Superior Laser Precision

Product type: Convex Lens. Application: Lighting, Medical, Optical, Photography. Model: RAY-LH106#.

Overview

High-Performance Fused Silica Mirrors for Superior Laser Precision is an optical mirror in Optical Glass (Borofloat 33 or Equivalent substrate). Listed geometry: single-lens shape. Optical / electrical data: wavelength 488-694 Nm/700-950nm. Coating: Customized; surface quality 40-20 Scratch-Dig or Custom Manufacturing; flatness Lambda/10 at 632.8nm with Power Removed. Typical applications: Lighting, Medical, Optical and Photography. Dimensions, material grade, coating and finish can be quoted to your drawing; the values above are the listed starting point.

Specifications

Material Optical Glass
Substrate Borofloat 33 or Equivalent
Type Convex Lens
Shape Single-lens
Wavelength Range 488-694 Nm/700-950nm
Coating Customized
Surface Quality 40-20 Scratch-Dig or Custom Manufacturing
Usage Lighting, Medical, Optical, Photography
Model NO. RAY-LH106#
Lenses Color Customized
Surface Flatness Lambda/10 at 632.8nm with Power Removed
Coating Type Dielectric Coating
Supplier Shanghai Rui Tai Photoelectric Technology Co., Ltd.

What to specify when you request a quote

  • Material — listed as “Optical Glass”; name the glass or crystal.
  • Geometry — give diameter, focal length or radii, angles and tolerances.
  • Surface figure — listed as “40-20 Scratch-Dig or Custom Manufacturing”; quote surface figure (λ) and scratch-dig.
  • Centring and edges — state centration and edge chamfer.
  • Coating — listed as “Customized”; list the band and reflectance or transmission target.

Engineering guides for this part

For material grades and coating options, see Borofloat 33 Glass: Material Selection for Precision Substrates. How parts like this are machined and finished is covered in Precision Glass Wafer Dicing: Fused Silica & Borofloat Process Guide. For an application example, read How to Handle and Maintain Precision Glass Components in Laser Systems. Before sending a drawing, check Technical Guide to Glass Thickness and Flatness Requirements. A related standard product is 4-inch Borofloat 33 Glass Wafers.

FAQ

What is the High-Performance Fused Silica Mirrors for Superior Laser Precision made of? expand_more
It is listed as Optical Glass with a Borofloat 33 or Equivalent substrate. Coating: Customized. Other grades can be quoted if your application needs different transmission, thermal or chemical properties.
What optical or electrical performance does it have? expand_more
Listed values: wavelength 488-694 Nm/700-950nm. Confirm the values at your operating wavelength, angle and temperature when you request a quote.
Where is this optical mirror used? expand_more
Listed applications: Lighting, Medical, Optical and Photography.
What should I include in a quote request? expand_more
Include material, geometry, surface figure, centring and edges and coating, plus quantity and a drawing if the part is custom.

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High-Performance Fused Silica Mirrors for Superior Laser Precision

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