The German economy is weakening and will only recover slowly in 2024, according to the Institute for Macroeconomics and Business Cycle Research (IMK). The mechanical engineering industry is also feeling the effects. To strengthen competitiveness, organisations will have to focus on automation. Thanks to Low Cost Automation (LCA) and the RBTX robotics marketplace from igus, companies of all sizes can find a complete solution that suits their requirements and budget – from as little as €2,000. The plastics company is now honouring the projects with the fastest return on investment (ROI) with the ROIBOT Award for the third time. Users can now apply to win LCA products worth €5,000 in addition to international recognition.
With the new chainflex cable CF33.UL, igus has developed the world’s first motor cable for energy chains and cable trays with UL approval and a four-year functional guarantee in the energy chain. This allows the cable to be laid seamlessly from the energy chain to the cable tray without a plug connection in between. The CF33.UL also adds a shielded PVC motor cable to the chainflex range.
Expensive machine and vehicle breakdowns due to undetected faults in heavy-duty fixed flange bearings: these will soon be a thing of the past thanks to a new generation of two- and four-hole fixed flange bearings. Their special feature is that the bearings, which are made of lubrication-free high-performance plastic, are equipped with miniature wireless sensors, enabling condition monitoring and predictive maintenance.
Increase efficiency while reducing costs: more and more companies are pursuing this goal in the course of Industry 4.0 so as to remain competitive. The automation of recurring production processes plays a central role in this process – also in injection-moulding production. Removing sprue often takes valuable time. The plastics specialist igus has therefore now developed a low-cost sprue separator for manufacturers of injection-moulding machines, such as Dr. Boy.
Produce orthoses that splint injured fingers in hospital in record time using a 3D printer: students at Trier University of Applied Sciences are developing a compact platform that measures fingers. The igus Young Engineers Support (yes) is supporting them by providing free miniature linear guides.