Summary
Read the full case study in our Technology in Industry Report; Chapter 2: Additive Manufacturing & The Future of Production here
Designing for additive manufacturing poses several challenges, not the least of which includes the lack of established design allowables for parts used in regulated industries. Unlike metal, where these statistically derived mechanical properties are well established,...
The Fourth Industrial Revolution, or Industry 4.0, continues to revolutionize manufacturing, bringing digitalization, automation, artificial intelligence (AI), and real-time data monitoring to the forefront. Metal additive manufacturing (AM), commonly known as 3D...
In the past several years, HFC’s Technology Building (Building E on the main campus) underwent a $14.9 million renovation that remodeled 18,000 square feet and added 24,000 square feet of new space as part of the Entrepreneur and Innovation Center / Technology...
Stratasys’ AIS program now provides certified design allowables for high-performance 3D printing materials, helping aerospace engineers more easily qualify parts for flight-critical applications.
Michigan State University’s Nondestructive Evaluation Lab is revolutionizing metal 3D printing by combining low-cost powders with real-time AI-driven monitoring, making advanced manufacturing more affordable, sustainable, and Industry 4.0-ready.
In the past several years, HFC’s Technology Building (Building E on the main campus) underwent a $14.9 million renovation that remodeled 18,000 square feet and added 24,000 square feet of new space as part of the Entrepreneur and Innovation Center / Technology...
