Boosting business agility with additive digital molding: An Industry 5.0 approach to sustainable supply chains

• Published in: Computers & industrial engineering 2024-06, Vol.192, p.110222, Article 110222
• Main Authors: Fernández-Miguel, Andrés, García-Muiña, Fernando E., Jiménez-Calzado, Mariano, Melara San Román, Pilar, Fernández del Hoyo, Alfonso P., Settembre-Blundo, Davide
• Format: Article
• Language: English
• Subjects: Additive digital molding; Additive manufacturing; Business agility; Digital reverse engineering; Industry 5.0; Sustainable supply chain
• ISSN: 0360-8352; 1879-0550
• DOI: 10.1016/j.cie.2024.110222

[Display omitted] •Additive Digital Molding (AdM) centralizes design, 3D printing, and manufacturing, enabling sustainable, on-demand production.•Supply chain agility is increased to meet specific customer needs with rapid prototyping and flexible AdM processes.•Low-cost, digital AdM enables companies to thrive in the connected manufacturing of Industry 4.0 and 5.0.•SMEs and entrepreneurs gain supply chain control and efficient product development with AdM.•Shortening the supply chain, reducing waste, home manufacturing, and contributing to UN goals with AdM's responsible production approach. This study explores the use of Additive Digital Molding, an Industry 5.0-driven approach, to improve business agility and sustainability within supply chains. By integrating digital reverse engineering, additive manufacturing, and plastic injection molding, this methodology streamlines product development processes, particularly for highly customized products in isolated environments. Additive Digital Molding provides cost-effective solutions for overcoming sourcing challenges, meeting customization requirements, and ensuring confidentiality. It also empowers SMEs and individuals to take greater control of their supply chains and foster entrepreneurial ventures. By enabling new business models such as direct manufacturing and home production, additive digital molding contributes to achieving the Sustainable Development Goals of the 2030 Agenda. This research highlights the transformative potential of Additive Digital Molding to drive innovation and sustainability across industries.