Innovation Pilot
Based on Nvidia Xavier Nx technology, the SIMATIC IPC520A Box PC represents a new IPC platform that has been specially developed for AI-based applications in industry and industrial environments. The Box PC is characterized above all by the high CPU and GPU computing power in combination with an extremely compact, fanless design for industry. Adapted especially for industrial applications, it features a large number of interfaces. Nvidia's extensive range of software enables numerous AI-based applications.
Innovation Pilot | Information ＆ Communications
The only technology platform in Taiwan for the plant-based milk in research and pilot production has been established by FIRDI. This platform covers ingredient grinding, precise formulation, and commercial sterilization, assisting in creating an optimal model for factories to quickly produce high-quality plant-based milk products. In addition, we have integrated the "Smart Beverage Modulation System," which combines customized formulation modules with IoT smart technology. With simple operation, delicious and healthy drinks can be prepared. It can provide Integrated services for R&D and pilot production,Customized and precise formulation and B2B2C intelligent manufacturing integrated services.
Innovation Pilot | Machinery ＆ System/Life Application
The application of digitized stitch characteristic technology in the sewing production line, utilizing AOI for continuous stitches recognition, replaces manual inspection. It monitors stitching defects in real-time, reducing flaws, lowering rework costs, and aiding in digital transformation, thus enhancing international market competitiveness.
Innovation Pilot | Life Application
By integrating proprietary catalyst technology and incorporating selective treatment processes, the efficiency of dye removal is enhanced. Through process integration design and recrystallization control, production of high purity and low color BHET is achieved, and the properties of the repolymerized PET are comparable to virgin ones. The adoption of this technology in the recycling of PET significantly reduces the carbon footprint by approximately 60% compared to incinerating the PET waste after a single-use cycle.
Innovation Pilot | Materials ＆ Chemical Engineering ＆ NanotechComing soon!
