Integrating 4D printing with automation and miniaturization via TRIZ delivers modular and adaptive biomanufacturing systems, enhancing efficiency and precision in biomedical applications.

Abstract

This article explores the integration of four-dimensional (4D) printing technologies with automation and miniaturization using the theory of inventive problem-solving (TRIZ) methodology. The patent landscape and technological trends were analyzed, revealing gaps in current solutions, particularly regarding dynamic materials in automation systems. Key findings indicate significant advancements in the development of responsive materials and automation systems that improve the efficiency, scalability, and precision of biomanufacturing. Solutions, such as modular automation systems for handling dynamic materials, have been designed and evaluated through simulations and pilot tests, demonstrating their feasibility and effectiveness.