MOXTEK has developed 8-inch nanoimprint processes to manufacture subwavelength 3-D nanostructures. We offer imprinting, etching, and fabrication capabilities for your product needs on glass-like wafers and have successfully tested silicon, display glass, and sapphire as substrate materials. We also demonstrated the capability to imprint a 4-state pixelated aluminum wire-grid polarizer with 7μm pixel pitch and […] View document
MOXTEK’s broadband wire-grid polarizers provide excellent polarization contrast and transmission at wide cone angles. These inorganic polarizers are extremely small and are designed to tolerate high temperatures. View document
April 29, 2020 – MOXTEK announces the transfer of the ICE Cube™ wire-grid polarizing beamsplitter (PBS) product line to Meadowlark Optics. View document
Building on years of expertise, Moxtek has developed inexpensive and reliable methods to obtain uniform wafer scale metallic and dielectric nanostructures that can be used as Biochips for these applications. View document
Moxtek® has been producing nanostructured optical components for over 20 years. We offer high volume wafer replication of various nanostructure devices. Our versatile capabilities are used to manufacture functional nanostructure devices including: metalens arrays, waveguides, patterned metasurfaces, Diffractive Optical Elements (DOEs), photonics crystals, and biosensor arrays. These devices are used for imaging, illumination, and display […] View document
Moxtek offers state of the art NIL volume manufacturing on 8-inch wafers. We have demonstrated stamp life up to 1300 prints with SPC monitoring of CD repeatability down to 30nm. View document
ProFlux® Nanowire® Ultraviolet polarizers offer excellent solutions for UV and deep UV applications (240nm to 400nm). High transmission and high contrast choices are available. High transmission products are indicated by UVT and high contrast products by UVD. UVD products can be used in spectrophotometers where the small size, wide acceptance angle, grid uniformity, and broad […] View document
