Digital transformation for smart semiconductor manufacturing

whitePaper | October 19, 2022

The 1980s saw the Western World’s academics and manufacturers cast their eyes eastward to the miracle of Japanese manufacturing. Specifically, its low cost, high quality, and low stock. As a result, Japanese products were successfully flooding the Western World’s market and were seen as “World Class”.

whitePaper | November 17, 2022

Changing customer expectations, coupled with pandemic, natural disaster, and geo-political impacted supply chain delays, renewed the spotlight on business agility and digital maturity in manufacturing. Just as customers demanded more transparency into the production process, the world saw shortages of raw materials and parts, pushing droves of manufacturers to reevaluate the way they do business. For many, the answer was smart manufacturing—achieved through cloud-based technologies that simplify digital transformation.

whitePaper | February 19, 2020

With over 45 years of experience providing industrial and retail packaging solutions, Progress Container & Display has the skills and knowledge necessary to help you with all of your packaging needs, including packaging design, packaging manufacturing, warehousing, and distribution. We’ve put together the following eBook to help you to identify and address potential opportunities for cost reduction in your packaging and supply chain.

whitePaper | September 16, 2022

Manufacturers have borne the brunt of financial pressure and consequences1 in previous recessions. Economic uncertainty brings a need to cut costs while improving efficiency and maintaining profits. Robotic automation can be a game changer for manufacturers by speeding up production and improving quality and accuracy, while also reducing operating costs, helping them stay competitive and keep their businesses afloat in a recession.

whitePaper | June 26, 2022

the state-of-the-art procedure and the currently valid standards are presented. Subsequently, existing gaps and possible issues related to additive manufacturing (AM) technology are pointed out. Finally, a feasible procedure is outlined. This first section deals with the process chain and their qualification and validation. Until recently, there was no standard definition of the AM manufacturing process steps. There was a broad consensus to divide the process into pre-, in-, and post-process, but there was no clear division.

whitePaper | May 26, 2023

Today’s advanced tooling manufacturers want to design and iterate faster, speed up production times, assure yield quality, and improve the durability and performance of their inserts. Achieving all this, and more, is mission critical to the needs of customers in the aerospace, energy, automotive, and other industries for whom the rapid and repeatable production of high-quality cast parts is essential. Until now the limitations of conventional 3D metal printers made it difficult for tooling manufacturers to harness the full potential of additive manufacturing (AM) and advanced tooling manufacturing processes. But no more.