HP 3D Printing materials for the HP Jet Fusion 5200 Series 3D Printing Solution

whitePaper | February 21, 2023

Today’s markets are changing, as we’ve seen a catalyst in the number of artificial intelligence projects in the manufacturing industry, a global transformation is underway to empower manufacturing with AI. The manufacturing sector has high hopes for AI as it will be a pivotal technology to drive growth and innovation in the sector

whitePaper | April 26, 2022

Perhaps the most visible aspect of Industry 4.0 is the concept of the ‘smart factory’, a term that typically conjures up images of automated factories leveraging AI, big data and robotics to make manufacturing more efficient, innovative and … well, smarter. That’s a simple take on what in reality will be a complex undertaking that will be an evolutionary journey that manufacturers will take over the next decade or so. Consequently, it’s helpful to approach the smart factory concept in terms of what parts of the existing manufacturing process you want to make smarter, and the foundational technologies that will help you achieve that.

whitePaper | July 31, 2022

Additive Manufacturing (AM) developments go back several decades, but stereolithography was the first commercial use of AM in the late 1980s using polymeric materials, and was widely used initially in the automotive industry sector. The aerospace industry adopted AM in the mid-1990s using polymer AM parts for non-structural production applications, and there are now a multitude of AM parts on commercial aircraft such as air ducts, brackets, and clips.

whitePaper | September 30, 2022

Until 2020, progress towards digital transformation for most manufacturers was slow. But the urgency for manufacturers to make successful digital transformations escalated during the first 8-12 months of the global pandemic. As COVID-19 reshaped consumer buying behaviors, the pace jumped from a crawl to a sprint: According to one study, 85% of organizations accelerated their digital transformation initiatives in 2020.[1] Some industry observers believe we witnessed 6.5 years of digital progress in the last eight months of 2020 alone.[2] The pandemic was largely responsible for worldwide supply chain disruptions that slowed down goods production and delivery. As a result, manufacturers justifiably focused on managing and fixing the supply chain problems first. But as the pandemic continued, it became clear that the supply chain issues were a symptom of something deeper than the short-term disruptions.

whitePaper | August 31, 2022

The business case for collaboration and cross-functional transformation Faced with significant and ongoing disruption in the industry, manufacturing companies have known for years that digital transformation is essential to maintain a competitive edge. COVID-19 has only accelerated the need for digital transformation. The pandemic has disrupted supply chains, created an increasingly distributed and remote workforce, caused significant changes in demand, and increased the challenges of providing field service. To address these changes, manufacturing companies have accelerated their investments in digitization. According to McKinsey, advances in this area are now ahead of schedule by three to four years.1

whitePaper | July 8, 2022

Manufactured goods are placed into products in multiple verticals. For example, a battery will be placed into an electric car or a magnet into an MRI machine in a hospital. Manufacturing, therefore, covers all industrial internet of things’ verticals, from smart cities, to automated vehicles to healthcare and mining. Not to mention the factories themselves. The GIO Smart Manufacturing Working Group was established to bring these threads together and examine factories, deployments and modes of manufacturing, from batch-size-one to discrete manufacturing and continuous-process manufacturing. Our focus so far has been in the factory, which will be discussed throughout this paper