SUPCON JAPAN Official site

We are pleased to announce the launch of a new product. "Direct BPA" is SUPCON's latest solution that transforms complex batch production into a simple and smart process. With intuitive operation and automated control, anyone can confidently achieve optimal batch operation without confusion. It supports the standardization and efficiency of batch production, helping to prevent mistakes in on-site operations and improve traceability. ■ Build recipes without specialized knowledge ■ Reduce human error by 60% ■ Tablet-compatible, operable on-site ■ Direct integration with DCS/PLC, can be implemented without downtime In production lines with a wide variety of products, multiple processes, and high loads, it achieves "one-click operation start," "automatic generation of electronic batch records," and "immediate response in case of anomalies" all at once. *We also have demo software available, so please contact us if you would like to experience its functionality.

SUPCON JAPAN will showcase the latest AI technologies and robotic solutions at the booth of SUPCON Technology Co., Ltd. Exhibition Name: AI & Artificial Intelligence EXPO (Spring) Date: April 15 (Monday) to April 17 (Wednesday), 2025, 10:00 AM to 5:00 PM Location: Tokyo Big Sight [Booth Number: 11-32] For more details, please visit the official website. URL: https://www.nextech-week.jp/hub/ja-jp/visit/ai.html# Here is the SUPCON exhibitor page URL: https://www.nextech-week.jp/spring/ja-jp/search/25/directory/directory-details.supcon%20technology%20co%20ltd.org-dad61256-496c-4cd5-aac2-247a265245ab.html#/

UCS is a next-generation control system architecture proposed by SUPCON, characterized by software-defined, fully digital, and cloud-native intelligent control systems. It was introduced in Singapore in June 2024, and "UCS Nyx" was launched for the Japanese market. Nyx consists of a control data center, fiber optic TSN industrial networks, and Ethernet APL intelligent devices, achieving space-saving, reduced wiring costs, and shortened engineering time compared to traditional DCS. It also enables remote engineering by leveraging AI and cloud-native features. Key Features: - Software-centric system utilizing high-speed processors - Large-capacity and high-speed transmission via fiber optic communication - Enhanced intelligence of field sensors and compliance with explosion-proof areas - Remote monitoring and engineering through a control data center equipped with server functions - Remote control monitoring using VR - Supports up to 20 million I/O and the fastest control cycle of 1 msec - Tuning, programming, and digital twin support powered by AI