Konica Minolta and AIST Develop AI-based Technology to Optimize the Conditions for Compounding and Molding Composite Plastics

March 13, 2026 - 03:54

A groundbreaking collaboration has yielded an artificial intelligence system capable of perfecting the complex process of creating composite plastics. This new technology, developed through a partnership between Konica Minolta and a research team from the National Institute of Advanced Industrial Science and Technology (AIST), promises to dramatically accelerate material development and manufacturing efficiency.

Composite plastics, which combine resins with materials like carbon fibers for enhanced strength and lightness, are vital for industries ranging from aerospace to automotive. However, determining the optimal conditions for compounding and molding these materials has traditionally been a slow, trial-and-error process dependent on specialist expertise. The newly developed AI model disrupts this paradigm.

The system analyzes vast datasets encompassing material properties, mixing parameters, and molding conditions. By learning the intricate relationships between these factors and the final performance of the plastic, the AI can instantly predict the ideal manufacturing recipe to achieve target characteristics, such as superior strength or heat resistance. This eliminates countless hours of laboratory experimentation.

Researchers state this innovation will not only slash development timelines from several years to mere months but also unlock new possibilities in material science. Manufacturers can rapidly tailor advanced composites for specific applications, fostering innovation in next-generation vehicles, electronics, and sustainable industrial products. The technology marks a significant leap toward intelligent, data-driven manufacturing.