Fastems brings its modern factory automation system to the classroom
Fastems has launched three new products to enable educational institutions and enterprises to benefit from its advanced Digital Manufacturing (DM) solutions for factory automation. In addition to functioning as a classroom teaching and learning tool, DM enables companies to do training and testing before ramp-up and simulation during production, for example.
Thanks to Fastems’ Digital Manufacturing solutions, no physical automation system is needed to simulate, educate or introduce a factory automation system to clients, students or employees. The DM offers a cost-effective way to demonstrate and educate new factory automation technology. Fastems is a forerunner in this kind of solution offering in the field of automation for metal cutting.
“Our new offering enables teaching the theory of flexible manufacturing systems, demonstrating flexibility in manufacturing and the different flexible automation systems, and making classroom sessions more tangible through realistic visualizations,” says Product Manager Janne Kivinen. “In addition to the benefits for educational institutes, DM brings great financial and productivity benefits to our industrial clients, making it possible to simulate the system effectively before hardware installation. Preparations can be done before the system is delivered, which saves precious time during ramp-up. Software and layout verification can be done during sales and delivery, and detailed simulation and visualization capabilities allow testing options before committing to a certain layout or order. Employees can be trained in a safe and interactive environment so that training doesn’t disturb ongoing production. New, innovative features to simulate and analyze alternative production scenarios in order to make decisions based on the results are under innovation development.”
The DM concept is the first step towards developing a true Digital Twin for Fastems automation solutions, which will translate into better maintenance and production efficiency to the users of the system. In the future, Digital Twins will allow following the system, its parameters, and everything it interacts with for the entire lifecycle of the system, enabling better tools for production optimization, maintenance and intelligent manufacturing.back to overview