Polarization Optics Waveplate

Waveplates

  • Achromatic Waveplates
  • True Zero-Order Waveplates
  • Multi-Order Waveplates

Don’t limit what you see. Customization may be available for this product. Let us know your specifications in the RFQ form. You may also browse our manufacturing capabilities.

Part NumberWavelength (nm)Diameter (inch)RetardanceType
WPA-VIS-Q450-650/550-7500.5/1/1.5/2λ/4Achromatic
WPA-VIS-H450-650/550-7500.5/1/1.5/2λ/2Achromatic
WPA-NIR-Q650-11000.5/1/1.5/2λ/4Achromatic
WPA-NIR-H650-11000.5/1/1.5/2λ/2Achromatic
WPA-IR-Q900-21000.5/1/1.5/2λ/4Achromatic
WPA-IR-H900-21000.5/1/1.5/2λ/2Achromatic
WPT-266-Q2660.5/1/1.5/2λ/4Cemented/Single Plate
WPT-266-H2660.5/1/1.5/2λ/2Cemented/Single Plate
WPT-355-Q3550.5/1/1.5/2λ/4Cemented/Single Plate
WPT-355-H3550.5/1/1.5/2λ/2Cemented/Single Plate
WPT-405-Q4050.5/1/1.5/2λ/4Cemented/Single Plate
WPT-405-H4050.5/1/1.5/2λ/2Cemented/Single Plate
WPT-532-Q5320.5/1/1.5/2λ/4Cemented/Single Plate
WPT-532-H5320.5/1/1.5/2λ/2Cemented/Single Plate
WPT-980-Q9800.5/1/1.5/2λ/4Cemented/Single Plate
WPT-980-H9800.5/1/1.5/2λ/2Cemented/Single Plate
WPT-1064-Q10640.5/1/1.5/2λ/4Cemented/Single Plate
WPT-1064-H10640.5/1/1.5/2λ/2Cemented/Single Plate
WPT-1550-Q10640.5/1/1.5/2λ/4Cemented/Single Plate
WPT-1550-H10640.5/1/1.5/2λ/2Cemented/Single Plate
WPMO-266-Q2660.5/1/1.5/2λ/4Multi-Order
WPMO-266-H2660.5/1/1.5/2λ/2Multi-Order
WPMO-355-Q3550.5/1/1.5/2λ/4Multi-Order
WPMO-355-H3550.5/1/1.5/2λ/2Multi-Order
WPMO-405-Q4050.5/1/1.5/2λ/4Multi-Order
WPMO-405-H4050.5/1/1.5/2λ/2Multi-Order
WPMO-532-H5320.5/1/1.5/2λ/2Multi-Order
WPMO-532-H5320.5/1/1.5/2λ/2Multi-Order
WPMO-980-Q9800.5/1/1.5/2λ/4Multi-Order
WPMO-980-H9800.5/1/1.5/2λ/2Multi-Order
WPMO-1064-Q10640.5/1/1.5/2λ/4Multi-Order
WPMO-1064-H10640.5/1/1.5/2λ/2Multi-Order
WPMO-1550-Q15500.5/1/1.5/2λ/4Multi-Order
WPMO-1550-H15500.5/1/1.5/2λ/2Multi-Order

  • Achromatic Waveplate

Achromatic Waveplates are available over a wide spectral range (Visible - IR) in two types (λ/4, λ/2) and have many choices in size. The slow and fast axes of two respective birefringent materials (Quartz & MgF2) are linked together by cementing/air-spacing to form these waveplates. The material MgF2 helps in abating the wavelength dependence of phase retardation in these waveplates. Thus, giving access to a flat response over a wide range of wavelength. With this feature of having large bandwidth, these waveplates are used with tunable lasers, multiple laser line systems and, other broad-spectrum sources. Wavelength Opto-Electronic now can produce customized achromatic waveplates with many options with coating, without coating, in various sizes and having different design wavelengths than those presented below.

  • True Zero-Order Waveplate

A single birefringent material is made into a thin plate at a specific zero-order level of retardation is known as True zero-order waveplate. The thinness of a plate makes optical fabrication difficult and the handling delicate. Despite that provides a large field angle, independent of temperature changes, and has greater retardation stability to wavelength shifts. The delicacy in handling and difficulty in optical assembling can be eliminated either by cementing, optical contacting, or air-spacing a zero-order waveplate to a thicker glass plate (non-birefringent) and attains mechanical stabilization. These waveplates are applicable in observing broad-spectral wavelength range, in taking temperature-independent measurements and for imaging systems necessitating large field angle.

Wavelength Opto-Electronic provides Zero-Order Waveplates at various wavelengths in different sizes and different mechanical stabilities. We also provide customized zero-order waveplates to meet your requirements.

  • Multi-Order Waveplate

A Waveplate of single birefringent material producing an integer multiple of retardance besides the desired fractional retardance is called Multi-Order Waveplate. It has wavelength-dependent and temperature-dependent retardance more than a zero-order waveplate. Hence, these waveplates are mostly used in low power applications and also in the applications where the retardance is independent of wavelength and temperature. Wavelength Opto-Electronic put forward multi-order waveplates at different design wavelengths, sizes and also can customize other than what is presented below.

  • Achromatic Waveplate

Material: Crystal Quartz (SiO2) & Magnesium Fluoride (MgF2)
Operating Wavelength: 450-650nm | 550-750nm | 650-1100nm | 900-2100nm
Surface Quality: 40/20 Scratch and Dig
Type: Cemented | Air-Spaced
Retardation: Quarter-Wave (λ/4) & Half-Wave (λ/2)
Mount: Black Anodized Aluminium
Diameter: 0.5", 1", 1.5" & 2"
Dimension Tolerance: +0.0/-0.2mm
Damage Threshold: Cemented: >500mJ/cm2, 20ns, 20Hz @1064nm | Air spaced: >5J/cm2, 20ns, 20Hz @1064nm

  • True Zero-Order Waveplate

Material: Crystal, Quartz (SiO2)
Wavelength: 266, 355, 405, 532, 980, 1034 & 1550nm
Surface Quality: 20/10 Scratch and Dig
Type: Cemented / Single Plate
Retardation: Quarter-Wave (λ/4) & Half-Wave (λ/2)
Substrate: N-BK7
Diameter: 0.5", 1", 1.5" & 2"
Dimension Tolerance: +0.0/-0.2mm
Damage Threshold: >500mJ/cm2, 20ns, 20Hz @ 1064nm

  • Multi-Order Waveplate

Material: Crystal, Quartz (SiO2)
Wavelength: 266, 355, 405, 532, 980, 1034 & 1550nm
Surface Quality: 20/10 scratch and dig
Waveplate Thickness: 0.3-0.5mm
Retardation: Quarter-Wave (λ/4) & Half-Wave (λ/2)
Diameter: 0.5", 1", 1.5" & 2"
Dimension Tolerance: +0.0/-0.2mm
Damage Threshold: >10J/cm2, 20ns, 20Hz @1064nm

  • Achromatic Waveplate

Achromatic Waveplates Diagram

  • True Zero-Order Waveplate

True Order Zero Waveplates Diagram

  • Multi-Order Waveplate

Multi-Order Waveplates Diagram

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LWOP, 27-30 June | Hall: B1 Booth: 422
Laser Korea, 5-7 July | Booth: 4G34
LWOP India, 13-15 September | Hall: 3 Booth: LF15
DSEI, 12-15 September | Booth: Manufacturing Pod 7
SPIE Defense + Commercial Sensing, 2 - 4 May | Booth: 1320
Laser World of Photonics, 27-30 June | Hall: B1 Booth: 422
Laser World of Photonics India, 13-15 September | Hall: 3 Booth: LF15
DSEI, 12-15 September | Booth: Manufacturing Pod 7