Paper.pdf
The paper examines the Virtual Representation of a Physical Factory, which offers an interactive and immersive simulation designed to enhance operational understanding and training within an industrial environment. By constructing detailed 3D models of machinery and equipment, and utilizing model simulations to depict a virtual representation of a physical factory, this approach provides an interactive experience to facilitate remote training. The paper highlights the following key operational areas: Pressure Die Casting, Drilling and Tapping, Powder Coating, CNC, Shot Blasting, Fettling, Filing, and Quality Inspection.
This method enables a meticulous visualization of the production workflow, and permits users to interact with the virtual environment. The detailed representations allow users to explore the factory setting in a controlled, risk-free space and mirror actual production process. The factory model was created using Unity software, which ensures a robust and dynamic platform for simulating diverse industrial scenarios. The machine models were developed with SolidEdge which depicted the mechanical resources and the intricate details of the manufacturing process.
Additionally, the MetaXR plugin in Unity software facilitates seamless integration with Oculus, enabling a fully immersive virtual reality experience that closely simulates the operational aspects of a physical factory environment. This advanced integration supports a more effective training paradigm by providing users with realistic feedback and interactive control mechanisms.
This approach not only conserves time and resources by minimizing the need for on-site training and reducing operational downtime, but it also provides an effective means for gaining practical, hands-on experience in a simulated environment. Overall, the Virtual Representation of a Physical Factory is an innovative solution that enhances industrial training, improves safety, and optimizes production processes, thereby contributing to increased efficiency and a better understanding of workflows.
