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Design and assembly of micro-electronic hybrid packages including wirebonding, die bonding, bonding, and testing.
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Every market calls for unique technological strides to solve real-world issues. And each solution requires a revolutionary core technology to get the job done. For the last 25 years, we’ve collaborated with geniuses like you to discover and develop the advanced core technologies that make ideas reality.
Core Technologies
Hybrid Micro-Electronic Circuits
Design and assembly of micro-electronic hybrid packages including wirebonding, die bonding, bonding, and testing. Learn more
Thin Film Processing
We specialize in thin film processing, a technology commonly used to give bulk materials specific optical or physical characteristics. When separating two materials, employing thin films as a filter is extremely useful. Learn more
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We specialize in thin film processing, a technology commonly used to give bulk materials specific optical or physical characteristics. When separating two materials, employing thin films as a filter is extremely useful. You’ll find our thin films in protective coatings, anti-reflective coatings, fillers, barriers, etc.
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Thin Film Processing
Thin films processing is a technology used to give bulk materials specific optical or physical characteristics. Learn more
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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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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. Learn more
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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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Sputter Coatings
Sputter coating is a technique used in many industries to apply a thin layer of material to the surface of another material. Learn more
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Sputter coating is a technique used in many industries to apply a thin layer of material to the surface of another material. Moxtek has equipment and expertise to develop high quality sputter coatings. Our films are tested for adhesion strength to ensure high quality bonding. We are actively sputtering a wide variety of materials, including Al, W, Ta, Ti, Ag, C and more.
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Cleanroom Manufacturing
We have over 25,000 sq ft of cleanroom space equipped with lithographic tools, sputter tools, and etch tools, as well work areas equipped to manufacture optical assemblies. Learn more
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We have over 25,000 sq ft of cleanroom space equipped with lithographic tools, sputter tools, and etch tools, as well work areas equipped to manufacture optical assemblies.
Our family of cleanrooms are versatile to accommodate the different specifications and manufacturing requirements of each project.
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Dissimilar Material Bonding
We are experts in creating high-quality vacuum bonds of dissimilar materials using a variety of techniques Learn more
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We are experts in creating high-quality vacuum bonds of dissimilar materials using a variety of techniques (e.g. laser weld, braze, diffusion, solder, and epoxy). Materials commonly bonded include nickel, stainless steel, alumina, molybdenum, zirconium, and beryllium. Bonding in house technologies including but not limited to: diffusion, braze, laser, weld.
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High Vacuum Processes
We ensure that our products have a leak rate less than 5e-10 mbar*L/sec. Learn more
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We ensure that our products have a leak rate less than 5e-10 mbar*L/sec.We take care in safeguarding good, clean vacuum practices.
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Fine Pattern Etching
We are experts in nano-etching. Our advanced knowledge and experience with this technology combined with our state-of-the-art etching tools makes us your ideal partner for your fine-pattern etching needs. Learn more
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We are experts in nano-etching. Our advanced knowledge and experience with this technology combined with our state-of-the-art etching tools makes us your ideal partner for your fine-pattern etching needs.
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Nanolithography
We use our proprietary nanolithography to create structures with critical dimensions as small as 18 nanometers and apply this technology into optical elements, meta structures, and additive to semiconductor based optics. Learn more
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We use our proprietary nanolithography to create structures with critical dimensions as small as 18 nanometers and apply this technology into optical elements, meta structures, and additive to semiconductor based optics.
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Low-Noise Charge Sensitive Amplifiers
Our low-noise, charge-sensitive preamplifiers prepare a small electrical signal for further amplification. Utilizing high gain to boost the signal, this technology is placed close to a detector sensor in order Learn more
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Our low-noise, charge-sensitive preamplifiers prepare a small electrical signal for further amplification. Utilizing high gain to boost the signal, this technology is placed close to a detector sensor in order to minimize noise and interference. Optimized signal-to-noise performance is the secret to the critical sensitivity of our detectors.
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Miniature High Voltage Applications
Do you need high voltage that meets limited space requirements? We specialize in creating power supplies that operate at voltages up to 70kV—in volumes smaller than a match box that can be powered with a battery. Learn more
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Do you need high voltage that meets limited space requirements? We specialize in creating power supplies that operate at voltages up to 70kV—in volumes smaller than a match box that can be powered with a battery.
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Nanotechnology
Combining our expertise in material science, photolithography, etch, and thin films deposition, we can create nanostructures of different compositions for a myriad of applications. Learn more
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Combining our expertise in material science, photolithography, etch, and thin films deposition, we can create nanostructures of different compositions for a myriad of applications. Currently we’re able to create ribs (or wires) on substrates from 18nm to 75nm in width on various pitches and arrays of posts (or holes) on 100, 120, or 144nm centers.
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Small Component Design and Manufacturing
Moxtek is a pioneer in successfully—and repeatedly—diffusion-bonding 8μm beryllium to various metals and ceramics. We’re proud to have the expertise in handling and joining dissimilar materials Learn more
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Moxtek is a pioneer in successfully—and repeatedly—diffusion-bonding 8μm beryllium to various metals and ceramics. We’re proud to have the expertise in handling and joining dissimilar materials required in small component design and manufacturing.
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