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Global challenges and industrial competitiveness are having an impact on the training and continuous education of skilled workers and students. In addition to theoretical principles, practical knowledge is also in demand, particularly with regard to digitized and networked manufacturing processes. Virtual learning factories based on 3D simulation platforms offer interesting possibilities when it comes to Industry 4.0: The Mechatronic Simulation Wall developed by MHJ Software GmbH & Co. KG is a mirror image of real mechatronic systems and can include up to four different stations, e.g. magazine, processing, quality assurance and sorting. This type of configuration makes it possible to program each station individually, or run the entire system, which opens up a wide range of learning scenarios with varying degrees of complexity.
The Smart Function Kit Pressing, a complete mechatronic package from Bosch Rexroth for the quick realization of servo presses, is now available with force control. This means that it is now also possible to perform processes in which the target force must be kept constant over a defined period of time. Intelligent e-tools speed up the selection and configuration of the modular servo press. The pre-installed operating software facilitates quick and easy commissioning, process definition, and line integration.
The Olympic Games in Paris are over – now another French metropolis is taking center stage: Lyon will host the 47th WorldSkills from September 10 to 15, 2024. The WorldSkills Championships will bring together more than 1,500 young people from over 65 countries and regions to compete in 62 competitions.
Every two years since 1950, young skilled workers from all over the world have competed in the WorldSkills Championships. They measure their skills in the individual trades in accordance with the demanding WorldSkills standards. The participants qualify beforehand through a national selection process.
Mitsubishi Electric Automation, Inc. is celebrating 50 Years of “The Difference in Your Machining” at the International Manufacturing Technology Show (IMTS) from September 9-14 in Chicago. Since 1974, Mitsubishi Electric Automation has been supporting the Machine Tool industry through service and repair and is celebrating with a gold-themed booth, giveaways, and new machine tending solutions.
Mechanical and electronic engineering continues to play a significant role in the changing transportation landscape. Areas such as connected vehicles, autonomous driving, new components and software-designed modules will push the latest EV technologies for the next ten to 15 years. Mechatronics will play a pivotal role in these advancements.
Schaeffler has recognized 23 suppliers for outstanding performance with the Schaeffler Supplier Award at this year’s Supplier Day in Herzogenaurach. In front of 450 guests, Georg F. W. Schaeffler, family shareholder and chairman of the supervisory board of Schaeffler AG, and Klaus Rosenfeld, chief executive officer of Schaeffler AG, presented the awards in the five categories of Innovation, Sustainability, Value, Quality, and Supply Chain.
A "compact automation" is a mechatronic system that performs a whole series of consecutive production steps autonomously. "Compact" refers to the small dimensions, in the millimeter and centimeter range, of the products to be processed. Designing and constructing such systems is one of the core activities of the Austrian machine manufacturer STIWA. Its modular system LTM-CI has been optimized for small parts assembly. Linear and rotating micromotors from Faulhaber perform key tasks in these systems.
IIjin Electric's collaboration with Siemens began with the company's efforts to effectively integrate electrical design with mechanical design. “This collaboration went beyond simply changing tools. It represented a major advancement in the company's design approach and methodology.
Servo Technology has gone through various key stages of evolution, from the Power Transistors (Servo 1.0) and DSP/Microprocessor (Servo 2.0) to the Integrated Packaging (Servo 3.0) and Industrial Network (Servo 4.0). We are now entering the new era in servo evolution called Servo 5.0, where the intelligence and connectivity, in align with the emerging Industry 4.0 effort, are now required in the traditional servo control products.