Evaluating the Impact of VR Interfaces on User Productivity in Manufacturing Environments

Abstract

As industries increasingly adopt advanced technologies to enhance productivity, Virtual Reality (VR) has emerged as a promising tool for improving user interaction and efficiency in manufacturing environments. This study evaluates the impact of VR interfaces on user productivity by comparing traditional and VR-based systems in various manufacturing tasks. Through a series of controlled experiments, participants engaged in assembly, maintenance, and quality control tasks using both conventional and VR interfaces. The results indicate that VR interfaces significantly enhance user productivity by providing immersive and intuitive environments that streamline complex tasks, reduce errors, and improve overall task performance. However, the study also highlights challenges such as initial learning curves and potential discomfort associated with prolonged VR use. These findings offer valuable insights for industries looking to integrate VR technologies to optimize manufacturing processes and improve worker efficiency.