Playing a vital role in digital manufacturing and the digital thread

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.

whitePaper | April 7, 2021

Digital technologies enable companies to build cyber-physical systems (CPS) in Industry 4.0. In the increasingly popular concept of Industry 4.0, an important research topic is the application of digital technology in industry, and in particular in specific industry sectors.

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 | August 4, 2022

The manufacturing industry is undergoing an unprecedented digital-led transformation. This opportunity is empowering manufacturers to innovate with new products and services, accelerate top-line growth, create a superior customer experience, and streamline operations.

whitePaper | April 18, 2023

Deploying dedicated cellular-enabled industry 4.0 solutions can generate an operational cost savings ROI of 10x to 20x over 5 years. In aggregate, these solutions can generate 8.5% in Operational Cost Savings, which equates to US$200 to US$600 per sqm per year for a factory or industrial site.

whitePaper | June 30, 2022

During application development, it is often the case that additive manufacturing and surface finishing processes are considered separately and sequentially. This leads to suboptimal results in terms of the final surface finish, as well as increased cost per part (CPP).