RoboTWIN Integrated Virtual-Real Robot Control Unit 2026/09/29

Introductions

To address the high cost, long deployment time, and risks of building automated production lines or factories, the RoboTWIN metaverse simulation platform enables pre-deployment learning, planning, and validation in a virtual environment before implementation in real-world settings. Integrated with artificial intelligence across industrial robotic arms, legged robots, and dexterous hands, it enhances production line automation, optimizes performance, and enables intelligent transformation.

Technical Advantages and Features

• 3D Modeling and Proactive Deployment: No downtime is required. Smartphone-based capture enables instant 3D modeling, significantly reducing costs. The platform provides factory layout configuration and robot motion control simulation to verify system requirements, and can complete advanced simulation and dynamic verification within one week.
• High-fidelity Simulation and AI-driven Generation: Uses a high-fidelity simulator to automatically generate datasets and annotations, accelerating AI learning and production line changeover. It also applies virtual-real perception, control, and calibration technology to reduce the Sim2Real gap.
• Intuitive Design and Optimized Configuration: Intuitive design enables easy operation even for non-engineering users, with no extensive robot training required. It supports rapid guidance for object localization, loading and unloading, and machining operations, while optimizing configurations and adjusting paths within one day.

Industrial Applications and Business Opportunities

• Industry Applications
  • Manufacturing industries, including electrical machinery factories, steel industry, powder metallurgy, metal processing industry, and other processing industries.
• Application Examples
  • Successfully entered the Horizon Europe research project, collaborating with European partners such as Fundacion TEKNIKER in Spain, DFKI in Germany, and Philips Consumer Lifestyle in the Netherlands.
  • Introduced to top hand tool factories in Taiwan, the system is used for high-difficulty assembly such as ratchet wrenches, resolving high-contact-rich issues and increasing productivity by 30%.
  • Implemented in a steel group to build a virtual factory for pre-simulation and validation, enabling large-scale automated gantry systems for rust removal, marking, welding, and grinding.