MOXTEK Optics X-ray Products: Tubes, Detectors, Beryllium/Polymer xray Windows, JFET; Optics: Infrared/Ultraviolet Polarizers, PBS

Optics Technologies

Innovative processes in micro-etching and progression in bonding dissimilar materials make our high-performance wire-grid polarizers possible.

X-Ray Technologies

Our super-thin films and high vacuum components fit into miniature x-ray components.

With well over a century of combined experience, our scientists specialize in developing technologies that advance ideas into reality. We offer the support, knowledge, and experience needed to help you succeed.

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Dissimilar Material Bonding

We are experts in creating high-quality vacuum bonds of dissimilar materials. Here is a list of the kinds of material we’re able to bond: Nickel, stainless steel, alumina, molybdenum, zirconium, and beryllium.

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Thin Film Processing

Thin films processing is a technology used to give bulk materials specific optical or physical characteristics. In addition, thin films can be used as filters to separate two materials. Thin films are commonly used for protective coatings, anti-reflective coatings, filters, barriers, etc.

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Hybrid Micro-Electronic Circuits

Design and assembly of micro-electronic hybrid packages including wirebonding, die bonding, bonding, and testing.

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Nanolithography

Proprietary nanolithography technology can be used to create nano-structures with critical dimensions.

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High Vacuum Processes

We work with vacuum levels as low as 1e-10 bar and verify leaks on products as low as 1e-10 mbar*L/sec. See how we accomplish our high vacuum processes.

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Low-Noise Charge Sensitive Amplifiers

Low noise charge sensitive preamplifiers are electronic amplifiers that prepare a small signal for further amplification.

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Small Component Design and Manufacturing

Small component design and manufacturing requires expertise in handling and joining of dissimilar materials.

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Nanotechnology

Combining our expertise in material science, photolithography, etch, and thin films deposition, we can create nanostructures of different compositions.

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