Intelligent factories: toward a new frontier

whitePaper | May 11, 2022

The Upcoming digital transformation of the print and media industry towards, printing industry 4.0 is leading to an even closer integration of industry players with their customer, suppliers and partners. The distrubution of task between the parties involved has been evolving in some areas, providing an increasing number of opportunities to add value to products and services.

whitePaper | December 29, 2020

Industrial production is driven by global competition and the need to quickly adapt to ever-changing market requirements [1–3]. Modern production was built on the experiences of the first industrial revolution, streamlining the operations of manufacturing plants; the second revolution, introducing electricity to industry.

whitePaper | July 12, 2022

Modern manufacturers succeed when they balance the types of jobs they accept with the capabilities they offer, and maximize the value of both their equipment and their personnel. Shops that fail to optimize their capabilities and remove inefficiencies from their processes may be unable to produce at their real capacity and meet expected quality standards. To improve efficiency and reach their production potential, shops must discover ways to meet four main challenges, especially as highmix, low-volume (HMLV) production gradually replaces mass-quantity output in multiple industrial environments.

whitePaper | July 29, 2023

Your design engineers are masters at coming up with elegant solutions to challenges. But they probably aren’t familiar with the cuttingedge manufacturing technologies, processes, and materials that can transform those solutions into feasible medical components and products that are cost-effective to produce and valued by end-users. That often results in a disconnect between design and manufacturing that can cost you both time and money.

whitePaper | March 23, 2023

The fourth industrial revolution is transforming the manufacturing industry as we speak. Industry 4.0 is digitally driven, and like all other revolutions, the transformation did not happen overnight. Since the first personal computer on a factory floor in 1970s, computer-aided design has developed and matured exponentially. Strategically eective evolutionary steps has resulted in productivity and eciency gains in manufacturing. We live in the Industry 4.0 era, characterized by the digitization of manufacturing processes. Inevitably, today, information plays a significant role for an enterprise transformation. Data on how the product’s design and manufacturing information is authored, exchanged, and processed is critical to competitiveness. Information ‘silos’ for various life cycle processes are gradually connected to form a digital thread of information, envisioned to integrate and drive modern product design, manufacturing, and product support service processes.

whitePaper | August 18, 2020

As with other manufacturing techniques, the 3D printing process can be challenging and demands a level of expertise and familiarization. This guide aims to help designers produce quality and cost-effective parts on Stratasys PolyJet 3D systems. The guide provides information for both new and experienced users. The topics covered in this guide describe tools and methods for optimizing design features, strength, and durability of printed parts, and ensuring that the parts meet your expectations.