Compact 3d printed turntable design for industrial 3d scanning applications

Abstract

This research introduces a method for creating a medium sized turntable that is especially suited for industrial 3D scanning uses. A 500mm diameter turntable was designed to maximize scalability and minimize production costs, while also enabling smooth integration into current scanning settings. This was achieved by leveraging the limitations of a common 220mmx220mmx220mm 3D printer. The availability of turntables in this size range is very limited. The design achieves the ideal balance between functionality and efficiency by carefully considering industrial engineering principles, such as material selection, structural integrity, and manufacturability. The turntable's modest footprint guarantees compatibility with a variety of industrial applications, and its modular design facilitates simple assembly and maintenance. This breakthrough emphasizes the promise of industrial engineering approaches in expanding additive manufacturing solutions for practical applications, especially around high-precision 3D scanning, while accepting the constraints of traditional 3D printing technology.