949a2c29656f7461604002efcdb45018.jpg

Hyundai cuts back on prototyping labour time by 77% with Streamics and support generation by Materialise Additive Manufacturing

by Design

In the automotive manufacturing industry, 3D printing technologies are drastically impacting prototyping processes and turnaround times. However, benefiting from additive technologies isn’t quite as simple as installing printers into a workflow. As Hyundai Motor Company recently demonstrated, in order to fully exploit the advantages of 3D printing—including increased automation and production efficiency—it required software tools offered by AM giant Materialise.

5ee511f927380ff6470205f59fe9b004.jpg

Digital Molding: 3D Systems ushers in new era of manufacturing with Figure 4 Production 3D Printer Hardware

by Technologies

As an industry, additive manufacturing (AM) is seeking to disrupt industrial production practices that have been dominated by injection molding for over a century. Today, we are closer than ever to that reality: sophisticated 3D printing technologies are proving to be a viable means for fulfilling new manufacturing philosophies centered on quick turnarounds and smaller-volume production.

949a2c29656f7461604002efcdb45018.jpg

Hyundai cuts back on prototyping labour time by 77% with Streamics and support generation by Materialise AM Software

by Automotive

In the automotive manufacturing industry, 3D printing technologies are drastically impacting prototyping processes and turnaround times. However, benefiting from additive technologies isn’t quite as simple as installing printers into a workflow. As Hyundai Motor Company recently demonstrated, in order to fully exploit the advantages of 3D printing—including increased automation and production efficiency—it required software tools offered by AM giant Materialise.

471ff93421ee039d90097fe9fe9f5d48.jpg

Apis Cor participates in NASA 3D Printed Habitat competition to build on Mars Aerospace

by Architecture

As NASA launches (this morning) its InSight lander mission to study the Martian planetary interior and underground composition, 3D printing construction firm Apis Cor and architecture studios SEArch+ reveal they will participate in the 3D-Printed Habitat Challenge contest, organized by the US National Aeronautics and Space Administration. The main goal of the NASA competition is the promotion of additive technologies that are necessary to create an inhabited environment on Mars.