Automation plays a vital role in increasing the competitiveness of a company, especially in the context of Industry 4.0. In the production of large structures, in particular, the challenges lie in the small batch sizes and the large workpiece dimensions coupled with the large manufacturing tolerances of semi-finished products. When using robots in this environment, the cost of programming is a decisive factor in the use of robots.
For this reason, our experts are working on automatic programming of such systems. Our solutions are being successfully implemented in the maritime industry. Their special feature is that they are based on analysis of 3D sensor data and require no connection to a CAD/CAM system. In addition to programming, the hardware requirements for the use of robots in the maritime industry are often not a given. Therefore, the team is engaged in the development and realisation of application-specific handling systems and end-effectors for various applications. In this context, we pursue a variety of paths. Our range of solutions extends from the classic robot cell, through the application of commercially available systems in mobile robot cells, to the complete development and implementation of application and industry-specific large and heavy-duty robot systems. The use of mobile robot systems, which enable the application of our robot technologies in new industries such as agriculture, is becoming increasingly important. We work closely with the specialist departments of the institute on an interdisciplinary basis.
Adapter pipes and flexi pipes
The automatic production of flexible pipe joints would improve productivity and quality, especially in metalworking, machinery and shipbuilding. Most welding equipment for pipe joints targets a specified product range with always the same process conditions. For flexible pipe connections, however, a broader product spectrum is to be targeted. Since the products are one-offs, programming the weld is another challenge. Here, it is necessary to realise a fast and intuitive component integration into the robot programme. These requirements can be met with the help of a 6-axis robot in conjunction with a coupled workpiece manipulator and automatic programming of the production system with interfaces to the design system.
Handling technology
Control and regulation technology
Programming / sensor data processing
Robot applications
Robot
Software
E-technology & robotics laboratory