Visible Zero-Order Quarter-wave Plates

Moxtek® manufactures high-performance visible quarter-wave plates using Moxtek® Nanowire® technology, delivering exceptional phase-shift performance and brightness and contrast uniformity. Moxtek offers a complete solution, including design, fabrication, testing, and packaging capabilities. Our design team can optimize quarter-wave plate specifications to meet the unique needs of a wide variety of demanding applications. Inorganic quarter-wave plate benefits include phase shift control, high heat resistance, and broad angular range. They offer greater durability and longer operational lifetimes compared to traditional organic waveplates, making them well-suited for high-energy, high-temperature environments. With their versatility, Moxtek® quarter-wave plates support various demanding applications, including projection displays, imaging systems, analytics, automotive, medical devices, research, laser systems, and telecommunications. As a leader in quarter-wave plate technology, Moxtek has developed advanced manufacturing methods to produce precision optical components with tight tolerances and high repeatability. For example, we utilize cutting-edge techniques to create highly uniform phase-shifting materials, ensuring consistent performance even in the most challenging environments. Moxtek’s expertise in material selection and processing guarantees the durability and reliability of each product, allowing for reduced maintenance and longer product lifecycles. Building on years of optical innovation, Moxtek offers quarter-wave plates designed for specific wavelength ranges and application requirements. Our high-volume production capabilities allow us to meet the needs of industries requiring cost-effective, reliable optical components. Moxtek’s quarter-wave plates maintain functionality over time and provide high transmission rates, minimizing light loss and improving system efficiency. To learn more about Moxtek® quarter-wave plates or to discuss your application needs, contact us here.