Custom High-Precision Optical Waveplates for Lasers
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Related Products
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Low-Order Waveplate
Waveplates
Zcoptic
1/4 Waveplate Model: WPL410 Diameter: 10.0 Standard Holder Diameter: 25.4
Low-order waveplates are made of a single quartz or MgF2 crystal, achieving the required phase retardation through the optical path difference between the o-ray and e-ray of the crystal. Compared with zero-order waveplates, they have a simpler structure and lower cost, making them suitable for high-volume industrial applications. The single-plate structure gives them a very high damage threshold; the wavelength can be customized from 150 to 7000 nm, and all surfaces are AR coated.
-
Low-Order Waveplate
Waveplates
Zcoptic
1/4 Waveplate Model: WPL415 Diameter: 15.0 Standard Holder Diameter: 25.4
Low-order waveplates are made of a single quartz or MgF2 crystal, achieving the required phase retardation through the optical path difference between the o-ray and e-ray of the crystal. Compared with zero-order waveplates, they have a simpler structure and lower cost, making them suitable for high-volume industrial applications. The single-plate structure gives them a very high damage threshold; the wavelength can be customized from 150 to 7000 nm, and all surfaces are AR coated.
-
Low-Order Waveplate
Waveplates
Zcoptic
1/4 Waveplate Model: WPL420 Diameter: 20.0 Standard Holder Diameter: 25.4
Low-order waveplates are made of a single quartz or MgF2 crystal, achieving the required phase retardation through the optical path difference between the o-ray and e-ray of the crystal. Compared with zero-order waveplates, they have a simpler structure and lower cost, making them suitable for high-volume industrial applications. The single-plate structure gives them a very high damage threshold; the wavelength can be customized from 150 to 7000 nm, and all surfaces are AR coated.
-
Low-Order Waveplate
Waveplates
Zcoptic
1/4 Waveplate Model: WPL425 Diameter: 25.4 Standard Holder Diameter: 30.0
Low-order waveplates are made of a single quartz or MgF2 crystal, achieving the required phase retardation through the optical path difference between the o-ray and e-ray of the crystal. Compared with zero-order waveplates, they have a simpler structure and lower cost, making them suitable for high-volume industrial applications. The single-plate structure gives them a very high damage threshold; the wavelength can be customized from 150 to 7000 nm, and all surfaces are AR coated.
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