Material: High grade quartz crystals.
Ultrathin single-plate design (~<100 μm) with large bandwidth and minimum
group delay dispersion (GDD).
All optical surfaces AR coated.
Optically robust with a high damage threshold.
Two plate sizes available:
Diameter 15 mm, mounted in OD 1" holder and
Diameter 1" (25.4 mm), mounted in OD 30 mm holder
Mount adaptors are available.
| Model | Name | retardation | attr_size | Price | Availability | Action |
| WPD05-H760-F380-SP | Dual wavelength waveplate, λ/2@760nm + λ@380nm for short pulses, Single ultrathin plate ~ 42 µm , diameter 1" (25.4mm), OD 30mm mounted | λ/2@760nm, λ@380nm | Dia 25.4mm | USD$699.00 | Out Of Stock | |
| WPD03-H775-F387.5-SP | Dual wavelength waveplate, λ/2@775nm + λ@387.5nm for short pulses, Single ultrathin plate ~ 43 µm , Dia 15mm, OD 1" mounted | λ/2@775nm, λ@387.5nm | Dia 15mm | USD$549.00 | ||
| WPD03-H780-F390-SP | Dual wavelength waveplate, λ/2@780nm + λ@390nm for short pulses, Single ultrathin plate ~ 44 µm , Dia 15mm, OD 1" mounted | λ/2@780nm, λ@390nm | Dia 15mm | USD$549.00 | ||
| WPD03-H800-F400-SP | Dual wavelength waveplate, λ/2@800nm + λ@400nm for short pulses, Single ultrathin plate ~ 45 µm, diameter 15mm, OD 1" | λ/2@800nm, λ@400nm | Dia 15mm | USD$519.00 | ||
| WPD05-H800-F400-SP | Dual wavelength waveplate, λ/2@800nm + λ@400nm for short pulses, Single ultrathin plate ~ 45 µm , diameter 1" (25.4mm), OD 30mm mounted | λ/2@800nm, λ@400nm | Dia 25.4mm | USD$679.00 | ||
| WPD01-H810-F405-SP | Dual wavelength waveplate, λ/2@810nm + λ@405nm for short pulses, Single ultrathin plate ~ 46 µm , Dia 10mm, OD 1.0" mounted | λ/2@810nm, λ@405nm | Dia 10.0mm | USD$449.00 | ||
| WPD01-H810-F405-SP-M12.7 | Dual wavelength waveplate, λ/2@810nm + λ@405nm for short pulses, Single ultrathin plate ~ 46 µm , Dia 10mm, OD 0.5" mounted | λ/2@810nm, λ@405nm | Dia 10.0mm | USD$449.00 | In Stock | |
| WPD03-H830-F415-SP | Dual wavelength waveplate, λ/2@830nm + λ@415nm for short pulses, Single ultrathin plate ~ 47 µm, diameter 15mm, OD 1" mounted | λ/2@830nm, λ@415nm | Dia 15mm | USD$499.00 | ||
| WPD03-H900-F450-SP | Dual wavelength waveplate, λ/2@900nm + λ@450nm for short pulses, Single ultrathin plate ~ 51 µm, diameter 15mm, OD 1" mounted | λ/2@900nm, λ@450nm | Dia 15mm | USD$519.00 | ||
| WPD03-H1030-F515-SP | Dual wavelength waveplate, λ/2@1030nm + λ@515nm for short pulses, Single ultrathin plate ~ 58 µm, diameter 15mm, OD 1" | λ/2@1030nm, λ@515nm | Dia 15mm | USD$519.00 | ||
| WPD04-H1030-F515-SP | Dual wavelength waveplate, λ/2@1030nm + λ@515nm for short pulses, Single ultrathin plate ~ 58 µm, diameter 20mm, OD 1" | λ/2@1030nm, λ@515nm | Dia 15mm | USD$569.00 | ||
| WPD03-H1040-F520-SP | Dual wavelength waveplate, λ/2@1040nm + λ@520nm for short pulses, Single ultrathin plate ~ 59 µm, diameter 15mm, OD 1" | λ/2@1040nm, λ@520nm | Dia 15mm | USD$519.00 | ||
| WPD03-H1064-F532-SP | Dual wavelength waveplate, λ/2@1064nm + λ@532nm for short pulses, Single ultrathin plate ~ 60 µm, diameter 15mm, OD 1" mounted | λ/2@1064nm, λ@532nm | Dia 15mm | Ask | ||
| WPD03-H1300-F650-SP | Dual wavelength waveplate, λ/2@1300nm + λ@650m, Single ultrathin plate ~ 70 µm, Dia 15.0mm, OD 1" mounted | λ/2@1300nm, λ@650nm | Dia 15mm | USD$519.00 | Out Of Stock | |
| WPD03-H1320-F660-SP | Dual wavelength waveplate, λ/2@1320nm + λ@660nm for short pulses, Single ultrathin plate ~ 75 µm, diameter 15mm, OD 1" mounted | λ/2@1320nm, λ@660nm | Dia 15mm | USD$499.00 | Out Of Stock |
Dual Wavelength Waveplate Specifications:
Dimensions Tolerance: +/- 0.1 mm
Wavefront Distortion: < λ/8 @632.8 nm
Retardation Tolerance (typical): +/- λ/30 -- +/- λ/100 for both wavelengths
Surface Quality: 20-10 scratch and dig
Coating: AR coating with R < 0.5% at both wavelengths
Holder: OD 1" or 30mm anodized aluminum holder
Clear Aperture: > Aperture (plate) - 2.0 mm (mounted)
Retardance curves @ 800 nm and 400 nm:
The ultrathin dual waveplate is an accurate 0th-order half waveplate @ 800nm and an approximate full waveplate @ 400nm. With the fast axis set @ 45 deg, a linearly polarizated light @ 800nm is rotated by 90 deg and remains linear polarized while a linearly polarized light @ 400nm becomes slightly elliptical with the amplitude along the original polarization reduced by ~ 5%.