The project develops methods for adapted SME to be able to use 3D scanned digital twins for efficient and exact development and installation of automation systems.
There is a pronounced need to reduce cost, time and difficulties for system and line builders to properly model, design and install automation equipment. With technology and working methods for 3D scanning of production facilities, a digital twin of the production system can easily be created. This can be used for layout, 3D geometry, programming, installation, and calibration. The project's goal is to develop customised and useful methods for small and medium-sized businesses based on established state-of-the-art business practices.
The project develops a methodology for small and medium sized enterprises (SMEs) to create digital twins of their production environment and a web-based environment for trouble-free storage and access. In addition, a methodology is proposed for layout planning, 3D design, and robotic programming in the digital twin. Essential result is the methodology for installation and adjustment so that the physical installation turn out exactly as the modeled digital twin. The project provides SMEs with the benefits of 3D scanning. Thus allowing equipment to be installed faster, with increased quality, fewer errors and reduced costs.
The project is carried out by partners with knowledge of 3D scanning (RISE, Chalmers, ATS, GIAB, Volvo Cars) together with manufacturing companies (Parker Hannifin, Plastal, KB Components and Blomdahls), automation vendors (Plamex and 3ButtonGroup) and software vendors / consultants (Siemens Industrial Software and Summ Systems). Case studies will be conducted in the project at participating companies. The work is divided into work packages for:
Project leader and research
RISE, Chalmers, ATS, GIAB, Volvo Cars, Parker Hannifin, Plastal, KB Components, Blomdahls, Plamex, 3ButtonGroup, Siemens Industrial Software, Summ Systems