Automation and manufacturing of smart materials in additive manufacturing technologies using Internet of Things towards the adoption of industry 4.0

Abstract

Business 4.0 emphasizes mass personalization and customisation. Even though additive manufacturing (AM) technologies are capable of producing single items, they are not suitable for 3D printing in large quantities. They are at a disadvantage because they can’t finish the industrial process in big volumes. As a result, all activity utilizing additive manufacturing techniques in industrial manufacturing is cautious. Thus, that is the basis of this study. In order to increase the dependability of additive manufacturing procedures and large-scale 3D printing of smart products for global businesses, the research attempts to identify and take advantage of Industry 4.0 technologies. Our study focuses on the requirements of Industry 4.0 technology in data science and additive manufacturing applications. Technologies (ITs) are used in additive manufacturing. Business 4.0 emphasizes mass personalization and customisation. Even though additive manufacturing (AM) technologies are capable of producing single items, they are not suitable for 3D printing in large quantities. They are at a disadvantage because they can’t finish the industrial process in big volumes. As a result, all activity utilizing additive manufacturing techniques in industrial manufacturing is cautious. Thus, that is the basis of this study. In order to increase the dependability of additive manufacturing procedures and large-scale 3D printing of smart products for global businesses, the research attempts to identify and take advantage of Industry 4.0 technologies. Our study focuses on the requirements of Industry 4.0 technology in data science and additive manufacturing applications. Technologies (ITs) are used in additive manufacturing.