High Energy Waveplates

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Grouped product items
SKU	Wavelength, nm	Retardation	Specifications	Stock Qty	Price
9325532	800	L/2	High Energy Waveplates L/2@800nm AR coatings: R<0.2% each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >15 J/cm2 for 10 ns pulses @ 1064 nm Material: Crystalline Quartz Mount: Mounted in 25.4mm diameter mount Retardation order: 0 Retardation tolerance: ±λ/500 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 800 Wedge / Parallelism error: < 10 arcsec	5	€350.00
9327022	780	L/2	High Energy Waveplates L/2@780nm Acceptance angle, °: 11.37 AR coatings: R<0.2% each surface Clear Aperture: >18 Comments: diameter 25.4 LIDT: >15 J/cm2 for 10 ns pulses @ 1064 nm Material: Crystalline Quartz Mount: Unmounted Retardation order: 0 Retardation tolerance: ±λ/500 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 780	4	€350.00
9339113	1030	L/2	High Energy Waveplates L/2@1030nm AR coatings: AR (R<0.2%) on each surface Clear Aperture: 10 x 10 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >15 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: unmounted Retardation order: True Zero order Retardation tolerance: ±λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1030 Wedge / Parallelism error: <30 arcsec	5	€155.00
9348094	532	L/2	High Energy Waveplates L/2@532nm Acceptance angle, °: 11.37 AR coatings: Yes Clear Aperture: >18 LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Mounted in Ø25.4 mm black anodized metal mount Retardation order: 0 Retardation tolerance: ±λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 532 Wedge / Parallelism error: <3 arcsec	1	€350.00
9379247	800	L/2	High Energy Waveplates L/2@800nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 800 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 0 Retardation tolerance: λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 800 Wedge / Parallelism error: <3 arcsec	1	€350.00
9379547 NEW	1550	L/4	High Energy Waveplates L/4@1550nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 1550 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 0 Retardation tolerance: λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1550 Wedge / Parallelism error: <3 arcsec	25	€350.00
9379587	355	L/4	High Energy Waveplates L/4@355nm Acceptance angle, °: 11.37 AR coatings: Yes Clear Aperture: >18 LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Mounted in Ø25.4 mm black anodized metal mount Retardation order: 2 Retardation tolerance: ±λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 355 Wedge / Parallelism error: <3 arcsec	1	€350.00
9392659	1030	L/4	High Energy Waveplates L/4@1030nm Acceptance angle, °: 11.37 AR coatings: R<0.2% each surface Clear Aperture: >12 LIDT: >30 J/cm2 @1064nm, 10ns pulses, 10Hz Material: Crystalline Quartz Mount: Unmounted Retardation order: 1st Retardation tolerance: ±λ/500 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1030	1	€350.00
9397019	515-532	L/2	High Energy Waveplates L/2@515-532nm AR coatings: AR/AR(R<0.15 %) @ 515-532 nm Clear Aperture: >8 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >15 J/cm2 for 10 ns pulses @ 1064 nm Material: Crystalline Quartz Mount: 12.7x6 Retardation order: 0 Retardation tolerance: ±λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 515-532	1	€250.00
9397029	1047	L/2	High Energy Waveplates L/2@1047nm AR coatings: AR/AR(R<0,15 %)@1030-1064 nm Clear Aperture: >8 Wavelength, nm: 1047nm LIDT: >15 J/cm2 @1064nm, 10ns pulses, 10Hz Material: Crystalline quartz Order: true zero order Retardation: λ/2 +/- λ /500 @ 20 deg C Surface Finish: 20/10 S/D Transmitted wavefront distortion, PV: λ/10 @ 632.8 nm	3	€250.00
9398679	343-355	L/2	High Energy Waveplates L/2@343-355nm AR coatings: AR/AR(R<0.25%) @ 343-355 nm Clear Aperture: >8 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >15 J/cm2 for 10 ns pulses @ 1064 nm Material: Crystalline Quartz Mount: 12.7x6 Retardation order: 0 Retardation tolerance: ±λ/180 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 343-355	7	€250.00
9401110	1030	L/2	High Energy Waveplates L/2@1030nm AR coatings: AR<0.2% on each surface Clear Aperture: 12.7 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >15 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: unmounted Retardation order: True Zero order Retardation tolerance: ±λ/500 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-20 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1030 Wedge / Parallelism error: < 10 arcsec	2	€100.00
9412311 NEW	1064	L/4	High Energy Waveplates L/4@1064nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 1064 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 1st Retardation tolerance: λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1064 Wedge / Parallelism error: <3 arcsec	9	€350.00
9430403	980	L/2	High Energy Waveplates L/2@980nm Acceptance angle, °: 11 AR coatings: AR(R<0.2%) on each surface Clear Aperture: >18 LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline quartz or MgF2 Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 0 Retardation tolerance: λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 980 Wedge / Parallelism error: <3 arcsec	1	€350.00
9430713	515	L/4	High Energy Waveplates L/4@515nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 515 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 2nd Retardation tolerance: λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 515 Wedge / Parallelism error: <3 arcsec	1	€350.00
9517961	780	L/4	High Energy Waveplates L/4@780nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 780 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 1st Retardation tolerance: λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 780 Wedge / Parallelism error: <3 arcsec	2	€350.00
9517981 NEW	800	L/4	High Energy Waveplates L/4@800nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 800 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 1st Retardation tolerance: λ/300 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 800 Wedge / Parallelism error: <3 arcsec	5	€350.00
9518091 NEW	1550	L/2	High Energy Waveplates L/2@1550nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 1550 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 0 Retardation tolerance: λ/300 @ 20 °C Retardation: λ/2 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1550 Wedge / Parallelism error: <3 arcsec	3	€350.00
9518101 NEW	266	L/4	High Energy Waveplates L/4@266nm Acceptance angle, °: 11 AR coatings: R<0.5% @ 266 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 4th Retardation tolerance: λ/100 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 266 Wedge / Parallelism error: <3 arcsec	1	€350.00
9518131 NEW	400	L/4	High Energy Waveplates L/4@400nm Acceptance angle, °: 11 AR coatings: R<0.2% @ 400 nm on each surface Clear Aperture: >18 Configuration: Optically bonded on UVFS (C7980) substrate LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Material: Crystalline Quartz Mount: Ø25.4 x 6 mm black anodized aluminum Retardation order: 2nd Retardation tolerance: λ/200 @ 20 °C Retardation: λ/4 Surface quality, S-D: 20-10 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 400 Wedge / Parallelism error: <3 arcsec	5	€350.00
9539963	780	L/4	High Energy Waveplates L/4@780nm Acceptance angle: 11.37° Clear aperture: >18 mm Coatings: AR (R<0.2 %) on each surface Engrave: TFO λ/4 @ 780 nm LIDT: >20 J/cm2 @1064nm, 10ns pulses, 10Hz Material: Crystalline quartz or MgF2 Mount: Mounted with NOA88 glue in Ø25.4x 6 mm black anodized metal mount Parallelism error: <3 arcsec Retardation: λ/4 +/- λ/300 @ 20 °C Surface quality: 20-10 S-D Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 780 nm Retardation order: 1st	1	€350.00
9540594	1047	L/2	High Energy Waveplates L/2@1047nm Acceptance angle: 11.37° Clear aperture: >8 mm Coatings: AR (R<0.2 %) @ 1030-1064 nm on each surface Engrave: TZO λ/2 @ 1030-1064 nm LIDT: >20 J/cm2 @1064nm, 10ns pulses, 10Hz Material: Crystalline quartz Mount: Mounted with NOA88 glue in Ø12.7x 6 mm black anodized metal mount Parallelism error: <3 arcsec Retardation: λ/2 +/- λ/500 @ 20 °C Surface quality: 20/10 S/D Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 1047 nm Retardation order: true zero order	18	€350.00
9540604	524	L/2	High Energy Waveplates L/2@524nm Acceptance angle: 11.37° Clear aperture: >8 mm Coatings: AR (R<0.2 %) @ 515-532 nm on each surface Engrave: TZO λ/2 @ 515-532 nm LIDT: >20 J/cm2 @1064nm, 10ns pulses, 10Hz Material: Crystalline quartz Mount: Mounted with NOA88 glue in Ø12.7x 6 mm black anodized metal mount Parallelism error: <3 arcsec Retardation: λ/2 +/- λ/500 @ 20 °C Surface quality: 20/10 S/D Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Wavelength, nm: 524 nm Retardation order: true zero order	10	€350.00
9636603 NEW	515	L/2	High Energy Waveplates L/2@515nm Wavelength, nm: 515 Transmitted wavefront distortion, PV: <λ/10 @ 632.8 nm Surface quality, S-D: 20-10 Retardation order: 1st Retardation tolerance: λ/300 @ 20 °C Wedge / Parallelism error: <3 arcsec Mount: Ø12.7 x 6 mm black anodized aluminum Material: Crystalline Quartz LIDT: >20 J/cm² @ 1064 nm; 10 ns; 10 Hz Configuration: Optically bonded on UVFS (C7980) substrate Clear Aperture: >8 Acceptance angle, °: 11 AR coatings: R<0.2% @ 515 nm on each surface Retardation: λ/2	17	€350.00

Details

Epoxy free waveplates for high energy applications withstand energy density up to >20 J/cm2 @ 1064nm for 10ns pulses with 10 Hz pulse repetition rate. Unique design minimizes adjustment sensitivity because of wide acceptance angle. Since usage temperature bandwidth is more than 200 K, waveplate can be used in hazardous conditions with no additional losses. Waveplate order depends on design wavelength and retardation.

High damage threshold
High extinction ratio
Wide acceptance angle
Wide temperature bandwidth
Wide spectral bandwidth
Extremely useful in UV applications

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