Extensive Study on 3d Scanning Technology in Product Development and Suspension System Advancements

Abstract

This study introduces an innovative methodology that leverages precise and cost-effective 3D scanning technology to facilitate seamless transitions between digital models and physical prototypes. The proposed approach significantly enhances both cost efficiency and effectiveness in product development. The implementation of this methodology led to a notable 28% reduction in material waste and time consumption during the redesign of a security camera mount. Iterative design enhancements achieved a 22% decrease in time consumption and improved alignment with customer requirements. For electric motorbike design, the use of 3D scanning technology enhanced the design validation process by 15%. In suspension design, advanced performance testing and material simulation resulted in a 30% reduction in production costs and a 20% increase in structural integrity. These results underscore the methodology's substantial impact on optimizing product development processes, offering practical solutions for industry professionals and providing valuable insights for future advancements.