Fluorescence and label free based detection methods serve as very effective means to identify and detect literally any biomolecule of interest. Though very useful, both methods offer relatively low signal to noise ratios (SNRs). By incorporating metallic nanostructures, which provide highly focused and enhanced optical fields, one can boost the SNR by several orders of magnitude, thereby resulting in a highly enhanced fluorescence response. Furthermore, nanofocusing of the light at the metallic surface allows for label free sensing of target biomolecules. 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. Additionally, our nanofabrication expertise at Moxtek allows us to also provide numerous photonic crystal based structures. See the PDF here.

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 systems for a variety of applications including: automotive, medical/dental imaging, camera systems, and many others.

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.

ProFlux^® Nanowire^® Ultraviolet polarizers offer excellent solutions for UV and DUV applications. High transmission and high contrast choices are available. (more…)

The Moxtek® MAGPRO 70kV 12W X-ray sources are engineered for utilization in both portable and benchtop XRF instruments, with an optimally configured focal spot size tailored for X-ray imaging applications. Moreover, it delivers precisely matched power levels, making it suitable for material analysis across a diverse range of applications.