Moxtek’s Reflective Circular Polarizing BeamSplitter (RCPBS) provides a solution for many innovative optical applications. The Moxtek RCPBS family of products can be used to increase optical path length without increasing physical length, isolate or sample back reflections and other potential applications. View document

NanoStructure Solutions™ White Paper MOXTEK has been producing functional nanostructured optical components for over 20 years. We offer high volume wafer replication of various nanostructure devices, including: microlens arrays, waveguides, patterned metasurfaces, Diffractive Optical Elements (DOEs), photonics crystals, and biosensor arrays. These devices are used for imaging, illumination, and display systems for a variety of […] View document

Moxtek HPC 150W 75kV X-ray tubes are designed to be used in XRF and imaging applications. The tube is designed to be air-cooled and the cooling can be adapted to meet specific needs. The push/pull fan configuration makes it easy to direct the warm air outward. For XRF applications the cone is designed for a […] View document

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Nanoimprint Lithography (NIL) has demonstrated the ability to replicate nano-structures within extremely tight tolerances. The process concept and lab sample implementation has been around for a long time. Scaling up has introduced a number of barriers that have taken some time to overcome. In this paper, we discuss the implementation of full wafer NIL in […] View document

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MOXTEK (Orem, UT) is excited to celebrate the landing of the Perseverance rover in the Mars Jezero crater on February 18th 2021. This landing will be watched by many people around the world with anticipation as this new high‐tech rover is delivered to our red planet neighbor. Moxtek employees will also be anxiously watching as […] View document

Moxtek HPC 150W 60kV X-ray tubes are designed to be used in XRF and imaging applications. The tube is designed to be air-cooled and the cooling can be adapted to meet specific needs. The push/pull fan configuration makes it easy to direct the warm air outward. For XRF applications the cone is designed for a […] View document

The basic premise of XRF is that high energy x-rays are aimed at a sample and then the atoms in the sample may absorb an x-ray. This ionizes the atom by displacing an electron from one of the shells close to the atom. The next step is for an electron from an outer shell to […] View document