Details: Industry 4.0 creates massive productivity and efficiency improvements while allowing you to provide better service to your customers. Visit our Digital Manufacturing Lab to learn more on how you can leverage the advantages of I4.0 for your company.
Details: Industry 4.0 creates massive productivity and efficiency improvements while allowing you to provide better service to your customers. Visit our Digital Manufacturing Lab to learn more on how you can leverage the advantages of I4.0 for your company.
Details: The CIRAS Digital Manufacturing Lab, powered by Alliant Energy is located at the Iowa State University Research Park in Ames, Iowa. The Lab is home to numerous advanced Industry 4.0 technologies that are used to help Iowa companies de-risk technology adoption. Featured Technologies: Wearable Sensors Robotic Automation 3D Printers 3D Scanners Contact CIRAS to schedule your Digital Lab Tour: https://www.ciras.iastate.edu/contact-us/
Details: CIRAS’s 2021-2022 Manufacturing needs assessment summarizes a survey and feedback from manufacturing leaders to identify the key needs for manufacturing in Iowa.
Details: CIRAS experts can coach teams on prioritizing equipment design, cleanability and improvements. CIRAS can teach how to evaluate new equipment design using industry best practices based on current regulatory requirements and manufacturing engineering design principles.
Details: Skilled engineers are essential at innovative companies when it comes to applying new technologies to solve complex problems, develop new product concepts, and create new manufacturing processes. The College of Engineering at Iowa State University offers companies the opportunity to do these things via capstone projects.
Details: Metal additive manufacturing (3D Printing) is a powerful tool brought to realization by modern technology. With metal additive manufacturing, an entire new manufacturing tool is now available to companies. One challenge with this tool is the creation of needed support structures for given part geometries. This paper outlines considerations for various support structure options to utilize for different part geometries to reduce build failures.