(1) 20 Each Dielectric Mirror, 2-inch 1053nm
Material: BK-7 or Fused Silica Diameter: 2.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: lambda/10 after coating Surface 1 Quality: 10-5 Surface 2 Polish: Commercial polish Coating Ravg: HR, >99% from 1053 nm Incident angle: 45° Damage Threshold: 10 J/cm2 , 10ns, 1053nm

(2) 15 Each Dielectric Mirror, 4-inch 1053nm
Material: BK-7 or Fused Silica Diameter: 4.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: l/10 after coating Surface 1 Quality: 10-5 Surface 2 Polish: Commercial polish Coating Ravg: HR, >99% from 1053 nm Incident angle: 45° Damage Threshold: 10 J/cm2 , 10ns, 1053nm

(3) 3 Each Dielectric Beam Splitting Mirror, 4-inch, 1053nm
Material: BK-7 or Fused Silica Diameter: 4.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: lambda/10 after coating Surface 1 Quality: 10-5 Surface 2 Figure: lambda/10 after coating Surface 2 Quality: 10-5 Surface 1 Coating: Ravg 50% at 1053 nm Surface 2 Coating: Ravg <0.25% at 1053 nm Incident angle: 45° Damage Threshold: 10 J/cm2 , 10ns, 1053nm.

(4) 25 Each Dielectric Mirror, 4-inch, 527nm
Material: BK-7 or Fused Silica Diameter: 4.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: lambda/10 after coating Surface 1 Quality: 10-5 Surface 2 Polish: Commercial polish Coating Ravg: HR, >99% from 527 nm Incident angle: 45° Damage Threshold: 10 J/cm2 , 10ns, 527nm

(5) 6 Each Dielectric Mirror, 4-inch 527nm, 0-degree
Material: BK-7 or Fused Silica Diameter: 4.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: lambda/10 after coating Surface 1 Quality: 10-5 Surface 2 Polish: Commercial polish Coating Ravg: HR, >99% from 527 nm Incident angle: 0° Damage Threshold: 10 J/cm2 , 10ns, 527nm

(6) 4 Each Multiple Order half Waveplate, 527nm
Ring Mounted, 3.0" diameter Clear Aperture: 2.25" Wavelength: 527nm Antireflection Coating: <0.25% per surface Parallelism: < 0.5 arc seconds Transmitted Wavefront: lambda/10 at 633nm after coating Damage Threshold: >10 J/cm2 , 10ns, 527nm

(7) 4 Each Multiple Order, Half Waveplate, 1053nm.
Ring Mounted, 3.0" diameter Clear Aperture: 2.25" Wavelength: 1053nm Antireflection Coating: <0.25% per surface Parallelism: <0.5 arc seconds Transmitted Wavefront: lambda/10 at 633nm after coating Damage Threshold: >10 J/cm2 , 10ns, 1053nm

(8) 3 Each Quartz Rotator, Half Wave, 1053nm
Ring Mounted, 2.0" diameter Rotation Tolerance: 0.5° Diameter: 1.250" Clear Aperture: >90%" Wavelength: 1053nm Antireflection Coating: <0.25% per surface Parallelism: < 0.5 arc seconds Transmitted Wavefront: lambda/6 at 633nm after coating Damage Threshold: >10 J/cm2 , 10ns, 1053nm

(9) 4 Each Quartz Rotator, Half Wave, 1053nm, 2.25"
Ring Mounted, 3.0" diameter Rotation Tolerance: 0.5° Clear Aperture: 2.25" Wavelength: 1053nm Antireflection Coating: <0.25% per surface Parallelism: < 0.5 arc seconds Transmitted Wavefront: lambda/6 at 633nm after coating Damage Threshold: >10 J/cm2 , 10ns, 1053nm

(10) 8 Each Dielectric Harmonic Separation Mirror, 4-inch.
Material: BK-7 or Fused Silica Diameter: 4.000" Thickness: 0.375" Wedge: <5 min Surface 1 Figure: lambda/10 after coating Surface 1 Quality: 10-5 Surface 2 Figure: lambda/10 after coating Surface 2 Quality: 10-5 Surface 1 Coating: Ravg 99.5% at 532 nm S-pol, R<1% 1053nm, P-pol Surface 2 Coating: Ravg <0.25% at 1053 nm P-pol Incident angle: 45° Damage Threshold: 10 J/cm2 , 10ns, 1053nm

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