Discover unparalleled precision with our GCL-060401 Quartz Zero-Order Waveplates. Crafted from crystalline quartz, these waveplates excel in the most demanding retardation applications. Meticulously constructed by bonding two quartz plates with orthogonal fast axes, they boast a thickness differential of either λ/4 or λ/2 for a specified wavelength. Unlike multiple-order quartz retarders, our zero-order waveplates exhibit exceptional insensitivity to wavelength variations, temperature fluctuations, and angle of incidence changes. Custom options for wavelength and sizes are also available to meet your specific requirements.

Key Features:

• Crystalline quartz for superior quality
• Zero-order design with orthogonal fast axes
• Minimal sensitivity to wavelength, temperature, and angle of incidence
• Options for λ/4 or λ/2 thickness differentials
• Customizable wavelength and sizes

Applications: Ideal for a wide range of applications requiring precise retardation, our GCL-060401 Quartz Zero-Order Waveplates find use in fields such as optics, telecommunications, and scientific research. Experience unmatched performance and reliability in your optical systems with these cutting-edge waveplates.