An Assessment of Suitable Axes for Model Assembly in the Cyber-Physical Factory by Using a Virtual Reality Platform

EasyChair Preprint 11443

Abstract

This research aims to assess suitable axes for model assembly in a cyber-physical factory by employing a virtual reality platform in collaboration with the studio program. This research involves the assembly of cyber-physical model libraries. The model libraries are factory and application, which consist of a high-bay warehouse, module drill, camera inspection, robot assembly station, module back cover, module muscle press, and module turn. In this experiment, a gyroscope sensor uses to record wrist movements and assess the experiment's satisfaction. The 30 participants had less experience using the virtual reality platform. From the results of this experiment, the participants accept that the use of the virtual reality platform is satisfactory and highly effective for virtualization. Working in a sitting position has obstacles and is inconvenient to experiment with; using a virtual reality platform can prevent damage to equipment and ensure operators' safety before actual operations.

Keyphrases: Assessment assembly, Cyber Physical Factory, Virtual Reality

@booklet{EasyChair:11443,
  author    = {Chanyut Trakunsaranakom and Channarong Trakunsaranakom},
  title     = {An Assessment of Suitable Axes for Model Assembly in the Cyber-Physical Factory by Using a Virtual Reality Platform},
  howpublished = {EasyChair Preprint 11443},
  year      = {EasyChair, 2023}}