Volvo's skilled workers were spending more time on non-value-added tasks—moving material, hooking it up to a crane, and setting it in a fixture—instead of doing what they do best: complex welds. The automated process has improved ergonomics and requires less manual intervention.
Ford engineers are studying whether AI can play a role in detecting faulty run-downs. To do that, they first had to determine what constitutes a data anomaly.
Assembly line tools and production processes played an important behind-the-scenes role in the development of many of the most popular attractions at Disney theme parks.
PIA's Automation's assembly system, custom-built for Bic, includes six blade-handling modules, which are connected by two parallel transport systems. The fully automated system is capable of high-volume production while maintaining high quality.
This roundup highlights the latest robotics innovations aimed at improving throughput, simplifying deployment and helping manufacturers address ongoing labor and process challenges.
Overall, the United States-Mexico-Canada Agreement (USMCA) has been net positive for all three countries, and it has contributed to a dynamic, robust North American economy. However, the Trump Administration has indicated that without concessions from Mexico and Canada, the U.S. will not renew the agreement.
When introducing new vehicle models, each launch can demand extensive reconfiguration of existing production lines. Timing is critical and every delay carries a significant cost. Digital twin technology can help engineers tackle that issue.
LAUSANNE, Switzerland—Engineers at the Ecole Polytechnique Fédérale de Lausanne have developed a new framework that makes it possible to teach robots new skills.
MUNICH—A new report by Roland Berger Strategy Consultants claims that recent advances in AI and humanoids wlll enable manufacturers to address the skilled labor shortage.
One of the newest cured-in-place gasket materials on the market is Vitralit CIPG 60200 from Hoenle Adhesives Americas Inc. This UV-curing polyacrylate material is specifically engineered for high-performance electronic housings in automotive and electric vehicle applications.
From predictive maintenance sensors and cloud-based machine vision platforms to high-resolution inspection cameras and 3D vision-guided robotics, these technologies are helping manufacturers reduce downtime, accelerate setup, and improve quality across assembly and production operations.