Virtual Twin of 3D Printing Deposition in Unity Environment

The objective of this project is to address the limitations of conventional slicing and simulation software in the field of 3D printing. The project entails the creation of a comprehensive virtual environment utilising the Unity platform, thereby effectively integrating the capabilities of G-code generation programs with the precision of 3D models. By employing this innovative approach, the project has achieved a high degree of accuracy in simulating the movements of actual printing machinery and accurately representing material deposition processes. A key objective is the creation of a dynamic and interactive framework that can accommodate a wide range of inputs and sensory data in real time. This feature enhances the Virtual Twin technology, transforming it into a highly versatile tool for conducting simulations, improving printing efficiency, and facilitating advanced technical training. The significance of this project lies in its immediate practical applications and its potential to serve as a pioneering model for future developments within the 3D printing industry and beyond. The integration of real-time data and interactive functionalities promises to propel the industry towards more innovative, efficient, and customisable manufacturing processes.