- High Precision Retardance – Accurate and stable phase shift
- Low Dispersion – Minimal wavelength-dependent variation
- High Transmission Efficiency – Excellent optical performance
- Stable Polarization Control – Reliable in precision experiments
- Temperature Stability – Consistent performance under varying conditions
- Compact & Durable Design – Long operational life
- Broadband Performance – Uniform retardation across wide spectral range
- Reduced Chromatic Dispersion – Stable polarization over multiple wavelengths
- High Optical Stability – Reliable and predictable performance
- Multi-Wavelength Compatibility – Suitable for tunable and broadband sources
- Precision Polarization Management – Ideal for advanced optical systems
A Waveplate is a precision optical component used to control and modify the polarization state of light by introducing a controlled phase delay between orthogonal polarization components. It is widely used in laser systems, optical experiments, microscopy, and photonics applications where accurate polarization control is essential.
Waveplates are typically available as Half-Wave Plates (λ/2) and Quarter-Wave Plates (λ/4). A half-wave plate rotates the polarization direction of linearly polarized light and can convert circular polarization into linear polarization and vice versa. A quarter-wave plate converts linearly polarized light into circular or elliptical polarization by introducing a 90° phase shift.
Zero-Order Waveplate
A Zero-Order Waveplate is engineered to provide highly accurate phase retardation with minimal sensitivity to wavelength and temperature variations. Compared to multi-order waveplates, it offers lower dispersion and more stable polarization control across different operating conditions.
Achromatic Waveplate
An Achromatic Waveplate is designed to maintain nearly constant retardation over a broad wavelength range. Unlike standard waveplates optimized for a single wavelength, achromatic designs minimize dispersion effects and provide consistent polarization control across multiple wavelengths.
Specifications
Optical Specifications
- Optical Type: Waveplate (Zero-Order & Achromatic)
- Optical Retardance Options:
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- λ/2 (Half-Wave Plate)
- λ/4 (Quarter-Wave Plate)
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- Available Wavelengths (nm):
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- 266 nm
- 344 nm
- 515 nm
- 532 nm
- 800 nm
- 940 nm
- 1030 nm
- 1064 nm
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- Retardance Accuracy: High Precision
- Transmission: High (application dependent)
- Dispersion: Low (Zero-Order & Achromatic designs)
Mechanical Specifications
- Mounting Dimensions (mm):
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- 12.7 mm
- 25.4 mm
- 30.0 mm
- 30.48 mm
- Custom sizes available
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Clear Aperture (mm):
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- 6.0 mm
- 8.0 mm
- 11.5 mm
- 12.7 mm
- 18.0 mm
- 22.6 mm
- 23.0 mm
- 24.0 mm
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17.0 mm / >18.0 mm (model dependent)
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Available Product Range (Example Models)
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- Mount: 25.4 mm | Wavelength: 532 nm | Retardance: λ/2 | Brand: WAVEQUANTA
- Mount: 30.48 mm | Wavelength: 1030 nm | Retardance: λ/2 | Brand: OPTOMAN
- Mount: 25.4 mm | Wavelength: 1064 nm | Retardance: λ/2 | In Stock Models
- Mount: 12.7 mm | Wavelength: 515 nm | Retardance: λ/4
- Mount: 25.4 mm | Wavelength: 800 nm | Retardance: λ/4
- Mount: 25.4 mm | Wavelength: 1030 nm | Retardance: λ/4
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Brands Available: WAVEQUANTA, OPTOMAN
Availability: In Stock / Inquiry (depending on model)
Applications
- Laser Polarization Control
- Quantum Optics & Photonics Research
- Precision Microscopy Systems
- Laser Modulation & Beam Control
- Optical Laboratories & Research Setups
- Nonlinear Optics Experiments
- Fiber Optic Communication Systems
- Broadband Laser Systems
- Microscopy & Imaging
- Spectroscopy
- Laser Modulation and Beam Conditioning
- Scientific & Industrial Optical Instruments
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