Production Optimization

Simulate the flow of molten metal or plastic in a mold to predict the locations of defects such as shrinkage cavities, bubbles, and cold joints. This helps improve mold design and process parameter settings, ultimately increasing casting quality and yield.

The introduction of sensors, PLC controls, and robotic arms enables automation and continuous operation of key processes. Through real-time data feedback and control logic design, production stability is improved, labor reliance is reduced, and traceability and process optimization are facilitated. Automation is a key component of manufacturing systems' transformation towards smart factories and digitalization.