Mirror Specifications

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Mirror Subtrates

General Mirror Substrate Specifications - Materials: BK-7, UVFS, ZerodurTM Standard Thickness Range: Product Dependent Surface Figure: λ10 @ 632.8nm over clear aperture (λ/20 for ZerodurTM) Parallelism: 5 arc minutes Clear Aperture - 85% of central dimension Dimensional Tolerance: Diameter/length/Width: +0.00 / -0.250mm Thickness: +/-0.250mm std. Chamfer: 0.350mm X 45o typical

Standard Laser Mirror Coating Types -

Excimer Cavity Laser Mirrors, Excimer Mirrors - ArF(193nm); KrF(248nm); XeCl(308nm); XeF(351nm-353nm) N2 Laser Mirrors (337nm); He-Cd Laser Mirrors(442nm, 325nm) Ar-Ion Laser Mirrors (448nm, 514.5nm); Copper Vapor Laser Mirrors (511nm, 578nm), He-Ne laser mirrors (632.8nm); Ruby Laser mirrors (694.3nm, 348nm); Alexandrite laser Mirrors (720nm - 780nm), Ultrafast Laser Mirrors (710nm-830nm, 770nm-900nm) Nd:YAG, Nd:YLF Laser Mirrors (1064nm, 532nm, 355nm, 266nm), YAG Harmonic Beamsplitter mirrors (1064nm, 532nm, 355nm, 266nm); Double Wavelength YAG Laser iros (1064nm/532nm); Double Wavelength YAG Mirrors (1064nm / 633nm or 670nm) Forsterite laser Mirrors (1235nm), Iodine Laser mirrors (1315nm), Er: glass Laser Mirrors (1540nm), Tm:YAG Laser Mirrors (2010nm); Ho:YAG Laser Mirrors(2100nm) Diode Laser Mirrors (670nm, 780nm, 803nm, 905nm, 980nm) Semiconductor Laser Mirrors for Telecom (1319nm, 1550nm)

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