Video: Microfactories, Large-Scale Machines and 3D Printers in Schools
Lonnie Love of Oak Ridge National Laboratories discusses the various factors that will contribute to the advance of additive manufacturing.
“Every company that makes something…needs to understand where additive is at today and where it’s going,” says Lonnie Love of Oak Ridge National Laboratory in this video.
Two significant developments he sees are microfactories and large-scale additive systems. What happens when production facilities get smaller and more flexible while additive manufacturing equipment achieves larger sizes and higher speeds? Love says either one of those developments, not to mention both of them together, could dramatically expand the use of AM.
Another important factor will be young people’s early exposure to 3D printing in schools, he says.
Related Content
-
Video: For 3D Printed Aircraft Structure, Machining Aids Fatigue Strength
Machining is a valuable complement to directed energy deposition, says Big Metal Additive. Topology-optimized aircraft parts illustrate the improvement in part performance from machining as the part is being built.
-
Big Metal Additive: The Difference Between a Shape and a Part Is Quality
Preparing to scale directed energy deposition to ongoing full production is not a technological challenge: DED is ready. But it is an organizational challenge, says the company founder. Here is what it means to implement a quality system.
-
Alquist 3D Looks Toward a Carbon-Sequestering Future with 3D Printed Infrastructure
The Colorado startup aims to reduce the carbon footprint of new buildings, homes and city infrastructure with robotic 3D printing and a specialized geopolymer material.
