We support mass production of advanced bio devices such as NGS, microfluidics, and OOC. Specialist staff with deep knowledge of bio-specific challenges, including biotoxicity and autofluorescence, bridge nanotechnology and biotechnology. Why Choose SCIVAX 01 Extensive Mass-Production Experience: Leveraging mass-production experience with NGS-related products, we propose materials and processes from the prototyping stage with future mass production in mind. 02 Support for Both UV and Thermal Molding: We offer a variety of processes and molding materials, including not only UV nanoimprint but also thermal molding. The optimal process can be selected according to the application. 03 Integrated Supply Chain: We have established a supply chain covering mold design, mold fabrication, prototype molding, substrate procurement, and dicing. 04 Molding in an ISO Class 5 Clean Environment: After the full molding process in a Class 100 (ISO Class 5) cleanroom, dicing, ID marking, and quality inspection are performed at the post-process facility before shipment. 05 Support from Bio Specialists: Specialists in the bio field bridge biotechnology and nanotechnology. They address bio-specific challenges such as biotoxicity and autofluorescence, significantly shortening development time. 06 World-First PMF Development and Mass-Production Support: We developed the world's first PMF (Porous Membrane Film), a through-hole film made using nanoimprint technology. It supports a wide range of bio applications including OOC (Organ-on-Chip). Specifications Supported Devices: NGS chips (flow cells), OOC, PMF (porous membrane films) Molding Process: UV nanoimprint / thermal molding Cleanroom: ISO Class 5 (Class 100) Post-Processing: Dicing, ID marking, quality inspection Material Support: Material selection considering biotoxicity and autofluorescence Scope of Support: Integrated support from mold design to prototyping and mass production Example Process Step 1 Glass Substrate Step 2 Hydrophobic Surface Treatment (e.g. HMDS) Step 3 Nanoimprint Resin Coating Step 4 Nanoimprint Step 5 Residual layer and HMDS removal by ashing Step 6 Hydrophilic Treatment (e.g. γAPTES) Step 7 Lift-off treatment of nanoimprint resin Step 8 Confirming hydrophilicity of hole areas by gold nanoparticle adhesion * The above is one example process. We propose the optimal process according to device specifications.
