Three-Dimensional Micro- and Nanoscale Photoresist Products MON-1015
Mojinano focuses on multiphoton-polymerization photoresists and process development and has developed several photoresists with different properties and applications. Near-infrared or visible femtosecond lasers initiate multiphoton polymerization. High spatial resolution, nanoscale linewidth, high transmission, oxidation resistance and excellent mechanical properties suit optical waveguides, microlenses, microfluidics, metamaterials and biomedicine.
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Overview
Mojinano focuses on multiphoton-polymerization photoresists and process development and has developed several photoresists with different properties and applications. Near-infrared or visible femtosecond lasers initiate multiphoton polymerization. High spatial resolution, nanoscale linewidth, high transmission, oxidation resistance and excellent mechanical properties suit optical waveguides, microlenses, microfluidics, metamaterials and biomedicine.
Specifications
| Parameter | Value |
|---|---|
| Applicable Two-Photon Wavelength Band | 780 nm |
Applications
Optical waveguides Microlenses Microfluidics Metamaterials Biomedicine MON-DIP1.52: materials engineering, micro-optics, integrated optoelectronics, microchannels, lenses and large three-dimensional structures MAZ-8021: high-precision nanostructures and lift-off processes MAE-1008: nanoscale micro/nanostructure printing, three-dimensional scaffolds and micro/nanorobots MTI-1009: submicrometer printing of ultratough structures MCP-7001: micro/nanoscale light-blocking materials MON-1015: microlenses, microlens arrays, microfluidics and microelectronics BIO-MTI1010: multicellular scaffolds, tissue engineering, biomedical devices, life sciences and mechanical metamaterials BIO-HYD1001: biocompatible hydrogels, in-vitro cell culture and micrometer-scale cell-growth scaffolds MON-1009: gratings, optical waveguides, micro/nano-optics, optical couplers and connectors
Key Features
MON-DIP1.52: high resolution; colorless and transparent before and after curing; resistant to oxidative yellowing MAZ-8021: high resolution, low shrinkage, overhang designs and removability MAE-1008: high resolution and excellent mechanical properties MTI-1009: flexible, highly elastic structures, complex three-dimensional structures and overhang designs MCP-7001: photochromic MON-1015: high mechanical strength and stability, low shrinkage BIO-MTI1010: meets GB/T16886.5-2017/ISO10993-5 requirements; biocompatible, free of biological toxins and low autofluorescence under cellular microscopy BIO-HYD1001: hydrogel, biocompatible MON-1009: high temperature resistance, high aspect ratio and low shrinkage
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Supplier Information
Moji Nano Technology is a high-tech enterprise specializing in three-dimensional micro-nano manufacturing, integrating R&D, production, sales and service of three-dimensional lithography, micro-nano 3D printing, micro-nano processing, two-photon processing, femtosecond laser processing, maskless lithography and other equipment. It is a provincial-level specialized and sophisticated enterprise. The R&D team has more than ten years of experience in ultrafast laser micro-nano 3D manufacturing, providing integrated solutions. The company has launched ultrafast laser micro-nano processing center, maskless direct writing lithography equipment, 3D micro-nano processing/nano 3D printing equipment, among which the nano-scale 3D laser direct writing lithography system achieves 50nm precision processing. Products are applied in biomedical, optical communication, new materials, micro-nano devices, aerospace and other fields.
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