Moxtek’s ProFlux® Nanowire® UV Polarizers bring together advanced nanostructure fabrication, durable inorganic materials and tailored optical performance - making them an ideal choice when conventional polarizers fall short in the UV/DUV spectral region.
Moxtek’s Ultraviolet polarizers are used for a wide range of UV and broadband applications where performance, contrast, and durability are important. Their UVT and UVD Series polarizers offer excellent broadband performance extending into the IR wavelengths, with new applications continuously emerging.
The UVT and UVD Series ProFlux Nanowire Ultraviolet polarizers provide excellent solutions for UV and DUV applications. High transmission and high contrast options are available — the UVT products represent high transmission, while the UVD products represent high contrast. The UVT series is naturally suited for broadband applications extending into the NIR spectral range up to 4 μm.
Use of polarizers in the ultraviolet spectrum presents a demanding environment, and Moxtek’s ProFlux technology is designed to meet that challenge.
Moxtek’s Ultraviolet polarizers are used for a wide range of UV and broadband applications where performance, contrast, and durability are important. Their UVT and UVD Series polarizers offer excellent broadband performance extending into the IR wavelengths, with new applications continuously emerging.
The UVT and UVD Series ProFlux Nanowire Ultraviolet polarizers provide excellent solutions for UV and DUV applications. High transmission and high contrast options are available — the UVT products represent high transmission, while the UVD products represent high contrast. The UVT series is naturally suited for broadband applications extending into the NIR spectral range up to 4 μm.
Use of polarizers in the ultraviolet spectrum presents a demanding environment, and Moxtek’s ProFlux technology is designed to meet that challenge.
Moxtek’s Ultraviolet polarizers are used for a wide range of UV and broadband applications where performance, contrast, and durability are important. Their UVT and UVD Series polarizers offer excellent broadband performance extending into the IR wavelengths, with new applications continuously emerging.
The UVT and UVD Series ProFlux Nanowire Ultraviolet polarizers provide excellent solutions for UV and DUV applications. High transmission and high contrast options are available — the UVT products represent high transmission, while the UVD products represent high contrast. The UVT series is naturally suited for broadband applications extending into the NIR spectral range up to 4 μm.
Use of polarizers in the ultraviolet spectrum presents a demanding environment, and Moxtek’s ProFlux technology is designed to meet that challenge.
Moxtek collaborates with customers to design, verify, and create solutions for high-volume manufacturing. They provide options for prompt design iterations and NanoImprint Lithography (NIL) optimization. Moxtek uses Statistical Process Control (SPC) monitoring of post-print Critical Dimension (CD) repeatability.
Moxtek offers prototyping samples through their recurring Design Master Shuttle. This NIL Design Master Shuttle includes space for multiple (different) design structures, allowing engineers to test several designs on a single shuttle iteration, thereby reducing development time and cost. They can add a customer’s unique design to their next Design Master Shuttle for prototyping the latest lens or nanostructure optical device. These design shuttles are processed multiple times each year.
Moxtek has been producing nanostructured optical components for over 20 years. They offer high-volume wafer replication of nanostructure devices on Ø200 mm wafers. Their versatile capabilities are used to manufacture functional metasurfaces, including metalenses, meta-optical elements (MOE), diffractive optical elements (DOE), patterned nanostructures, waveguides, photonic crystals, and biosensor arrays. These devices are used in imaging, illumination, and display systems for a wide range of applications, including automotive, medical and dental imaging, camera systems, and many others.
Moxtek collaborates with customers to design, verify, and create solutions for high-volume manufacturing. They provide options for prompt design iterations and NanoImprint Lithography (NIL) optimization. Moxtek uses Statistical Process Control (SPC) monitoring of post-print Critical Dimension (CD) repeatability.
Moxtek offers prototyping samples through their recurring Design Master Shuttle. This NIL Design Master Shuttle includes space for multiple (different) design structures, allowing engineers to test several designs on a single shuttle iteration, thereby reducing development time and cost. They can add a customer’s unique design to their next Design Master Shuttle for prototyping the latest lens or nanostructure optical device. These design shuttles are processed multiple times each year.
Moxtek has been producing nanostructured optical components for over 20 years. They offer high-volume wafer replication of nanostructure devices on Ø200 mm wafers. Their versatile capabilities are used to manufacture functional metasurfaces, including metalenses, meta-optical elements (MOE), diffractive optical elements (DOE), patterned nanostructures, waveguides, photonic crystals, and biosensor arrays. These devices are used in imaging, illumination, and display systems for a wide range of applications, including automotive, medical and dental imaging, camera systems, and many others.
Moxtek collaborates with customers to design, verify, and create solutions for high-volume manufacturing. They provide options for prompt design iterations and NanoImprint Lithography (NIL) optimization. Moxtek uses Statistical Process Control (SPC) monitoring of post-print Critical Dimension (CD) repeatability.
Moxtek offers prototyping samples through their recurring Design Master Shuttle. This NIL Design Master Shuttle includes space for multiple (different) design structures, allowing engineers to test several designs on a single shuttle iteration, thereby reducing development time and cost. They can add a customer’s unique design to their next Design Master Shuttle for prototyping the latest lens or nanostructure optical device. These design shuttles are processed multiple times each year.
Moxtek has been producing nanostructured optical components for over 20 years. They offer high-volume wafer replication of nanostructure devices on Ø200 mm wafers. Their versatile capabilities are used to manufacture functional metasurfaces, including metalenses, meta-optical elements (MOE), diffractive optical elements (DOE), patterned nanostructures, waveguides, photonic crystals, and biosensor arrays. These devices are used in imaging, illumination, and display systems for a wide range of applications, including automotive, medical and dental imaging, camera systems, and many others.
Moxtek wire grid polarizers provide exceptional optical performance across a wide range of conditions.
Moxtek wire grid polarizers provide exceptional optical performance across a wide range of conditions.
Moxtek wire grid polarizers provide exceptional optical performance across a wide range of conditions.
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