Additive Manufacturing (AM) is an effective method of generating highly customized products by adding materials layer by layer to produce the entire item as a single unit, regardless of complexity. AM technology has transformed product design and production by providing unparalleled flexibility and efficiency in creating intricate shapes. By thoroughly examining the existing literature, this study explores how AM supports ergonomic product design. This work explores the benefits of AM in tailoring items to meet the specific requirements of individual users, thereby enhancing comfort, safety, and functionality. This article examines how AM intersects with ergonomic product design, emphasizing its ability to transform conventional design principles and improve user experience.

Further, thisresearch also examines the current issues and obstacles encountered by the personnel on the shop floor because of the need for more individual customization. AM technology may provide personalized equipment that is ergonomically tailored to each user. This study emphasizes the significance of human-centered design techniques and AM technologies to guarantee the smooth integration of ergonomic concepts into product development. This research highlights the obstacles and restrictions related to using AM in ergonomic product design, such as material limits, process constraints, and scalability concerns.

In conclusion, this research proposes reassessing the boundaries of AM technology in the field of ergonomic product design. Designers may employ AM methods to expand creativity and develop visually appealing and ergonomically optimized items for improved user experience and comfort. This research offers guidance for the advancement of AM technology in the field of ergonomics.