Section Article

DIE MANUFACTURING MAY BENEFIT FROM THE USE OF RAPID PROTOTYPING TECHNIQUES
Author(s): Swati Dixit

Abstract
Die manufacturing plays a critical role in shaping components for various industries including automotive aerospace electronics and consumer goods. Traditional die manufacturing processes are often time-consuming resource-intensive and prone to errors during design and production stages. Post-2021 research highlights the potential of rapid prototyping (RP) techniques to transform die manufacturing by reducing production time minimizing design errors and enhancing precision and flexibility. This paper investigates the benefits challenges and implementation strategies associated with integrating rapid prototyping techniques in die manufacturing. By analyzing recent studies case reports and industrial applications the study examines the role of additive manufacturing 3D printing computer-aided design (CAD) and computer-aided manufacturing (CAM) systems in accelerating die production cycles and improving design accuracy. The paper also evaluates material considerations cost implications and the impact of RP on overall product quality and competitiveness. Furthermore the study explores the adoption of hybrid manufacturing approaches combining traditional machining and rapid prototyping to optimize production efficiency. Post-2021 literature underscores that RP techniques enhance iterative design enable complex geometries reduce lead times and support customization thereby significantly benefiting die manufacturing operations. Through comprehensive analysis this research provides insights into the transformative potential of rapid prototyping in die manufacturing and identifies strategies for successful integration in industrial practice.