Reasonable Optical Flat 20mm Diameter 3mm Thick

S-OFB-20C03-10

This lower cost product offering of Plano Glass Substrates has only minimal reduction in surface quality and is perfect for most applications. The surface accuracy and parallelism (tolerance of wedged) is the same as our optical flats used for high quality laser applications.
◦We also offer the fabrication of the substrates with coating per your specific specifications, contact our Sales Division with your request.
◦In addition to the circle, square, rectangular substrates, wedged substrates and high surface accuracy on both sides are available.
Weitere Informationen
Name Reasonable Optical Flat 20mm Diameter 3mm Thick
Gewicht 0.0050kgs
Standard Coatings Available Ja
Guide
  • A planar substrate OFB and OFBP are also available with better surface quality which minimizes laser light scattering.
  • WEB Reference Catalog Code/W3136
Remark -
Attention
  • Transmissions losses due to reflection off the front and rear surfaces of the Parallel flat substrate can be minimized by coating the surfaces. Consult our Sales Division for anti-reflection coatings suitable for your application.
  • A data sheet for accuracy guarantee of the surface flatness is not included with the product. If you need a guarantee sheet of the flatness data, Please contact our Sales Division for a quotation.
Diameter φD 20mm
Rear Surface Ground
Material BK7
Surface flatness λ/10
Clear aperture 90% of the diameter
Diameter φD φ20mm
Thickness t 3mm
Parallelism <3′
Rear surface Ground
Nicht lieferbar
SKU
S-OFB-20C03-10
14,60 €
This lower cost product offering of Plano Glass Substrates has only minimal reduction in surface quality and is perfect for most applications. The surface accuracy and parallelism (tolerance of wedged) is the same as our optical flats used for high quality laser applications.

Resources & Downloads

We detect that you are accessing the website from a different region. You will be redirected to a local version of OptoSigma.

Your requested the page :

GERMANY

Redirection to :