Micro-Nano Processing | AIE Polymer Luminescent Device Fabrication Micro-Nano Luminescent Devices play an important role in the development of integrated optics, e.g., light gain materials in the presence of [...]
Micro and Nano Processing | Polymer Light Emitting Device Fabrication Read More »
Micro-Nano Processing| Protein-based Micro-Nano Device Chip Fabrication In recent years, due to the development of portable devices. People pay more attention to the flexibility of electronic devices. Especially in the Internet
Micro and Nano Processing | Cellular patterning of protein micro and nano structures Read More »
Microprocessing | Microfluidic Chips Microfluidic chips have become a powerful tool for studying biological systems at single-cell resolution. At the same time, microfluidic chips can not only be widely
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Micro-nano structure/MEMS foundry platform technology capability The laboratory platform has a total of more than 200 pieces of equipment, including the main equipment (more than 40 pieces) including: - Graphics
MEMS Foundry Capabilities | Photolithography Plating Etching Coating Read More »
UV-LIGA Electroforming | Manufacture of Metal Array Stencils Currently the main process technologies for the preparation of fine metal stencils are: photolithography-etching, laser processing and photolithography.
LIGA/UV-LIGA Plating | Metal Microstructures RF Devices Inertial Sensors Heat Dissipation Microstructural Applications Microsystems, Inc.
LIGA Plating | Machining metal microstructures, inertial sensing/RF/heat sink parts Read More »
Micronanofabrication | For Cell Arraying Cell microarraying (or cell patterning) 'is also known as constraining the cells under study to a defined spatial location' it
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Micro-Nano Processing | Preparation of Micro-Nano Optical Elements Micro-Nano Optical Elements are free-form optical surfaces and micro-junctions with sub-micron surface accuracy and nanometer surface roughness.
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Micro-Nano Processing | MEMS Fine Processing (VII) 1.10 Bonding Technology Wafer bonding is similar to soldering in that no adhesive is used and the material layers are melted together to form a bond.
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Micro-Nano Processing | MEMS Fine Processing 1.6 Sacrificial Layer Technology Sacrificial layer technology is also known as separation layer technology. Sacrificial layer technology involves the use of a chemical vapor (CV) on a silicon substrate.
Micro and Nano Processing | MEMS Fine Processing (VI) Read More »
