Validating a reconfigurable assembly system utilizing virtual commissioning

Abstract

South African manufacturing companies today need to be more sophisticated technologically to compete for global markets. The latest trend in automation and manufacturing emerges in the form of reconfigurable systems.The aim of this paper is to show the development of a reconfigurable assembly system and using virtual commissioning to plan, validate and optimize it. To achieve this "DELMIA"software was used to create a virtual simulation environment to verify an assembly cell from such a system as a case study.Simulations were conducted to verify software functions, device movements and operations, and the control software of the system. As a result, it was found that virtual commissioning is an excellent tool for predicting how the system will function, verifying system code early, and rectifying design flaws. This will enable manufacturing companies to be more competitive, ensure increased productivity, save time and ensure them an advantage over their competition.

Virtual Commissioning of a Robotic Cell Prior to its Implementation Into a Real Flexible Production System.

“…Its goal is the comprehensive planning, implementation, control and constant improvement of all the core production processes and resources in conjunction with real production. The aim of this research field is to develop universal design and simulation tools for automation technology to simulate and assemble a complete production line with all integrated components such as robots, PLCs, feed and transport equipment and sensors (12,13,14,15). On this basis, it is possible to optimize layout, develop robot and control programs, and check for accessibility and collisions.…”