Aluminum Concave Mirror Without Protective Coating 30mm Diameter 40mm Focal Length

TCAN-30C07-80

Coatings on all concave mirror substrate models are available. Pre-coated aluminum concave mirrors are available. These substrates are mainly used as the primary mirror in a reflecting telescope or as reflection mirror of a collimating optical system light-source.
◦Large selection from outer size to radius of curvature is available on our website and in our catalog.
◦Contact our Sales Division for your choice of coating specifications.
Weitere Informationen
Name Aluminum Concave Mirror Without Protective Coating 30mm Diameter 40mm Focal Length
Gewicht 0.0130kgs
Standard Coatings Available Nein
Guide
  • For high power lasers use concave substrates (LCBS) suitable for Laser resonator applications.
  • WEB Reference Catalog Code/W3143
Remark -
Attention
  • The back side of the substrate has a ground surface; it is not usable for transmission. For transmission we recommend plano concave lenses (SLB-N).
  • WEB Reference Catalog Code/W3050
  • For cold-mirror or partial reflection application, please contact our Sales Division for a concave mirror on the back side polished.
  • The outer edge of the concave surface is chamfered, the thickness of the edge varies therefore use the back side of the substrate as datum.
Image Label Aluminum Concave Mirror Without Protective Coating 30mm Diameter 40mm Focal Length
Diameter φD 30mm
Focal length 40mm
Material BK7
Spherical surface accuracy λ/2
Curvature radius tolerance ±2%
Coating Aluminum (Without protective coating)
Clear aperture 85% of the diameter
Surface Quality <br> (Scratch-Dig) 40-20
Diameter φD φ30mm
Edge thickness te 7mm
Center thickness tc 5.6mm
Radius of curvature r 80mm
Focal length f 40mm
Auf Lager
SKU
TCAN-30C07-80
122,60 €

Delivery in : 1 week

Coatings on all concave mirror substrate models are available. Pre-coated aluminum concave mirrors are available. These substrates are mainly used as the primary mirror in a reflecting telescope or as reflection mirror of a collimating optical system light-source.

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