Resource Type: Article
Harnessing the speed, versatility and accuracy of 3D scanning for the additive manufacturing of metal parts
Unveiling the disguised complexities of Wire-Arc Additive Manufacturing
Invar, wire additive manufacturing expand aerocomposite tooling options
Advantages of wire-arc additive manufacturing
3D printing technology has historically been restricted to printing small components, but Lincoln Electric’s wire-arc AM is breaking size and weight barriers with its innovative process.
Wire-arc additive manufacturing
Advances in wire-based additive manufacturing (AM) technology have created new opportunities for prototyping, legacy part production, and aerospace tooling.
Large-part Additive Manufacturing
WAAM uses GMAW to create layers out of metal wire to grow large parts. Additive manufacturing (AM) is a layered manufacturing process in which layers upon layers of material are stacked upon one another and fused together to make a singular object.
Shaping Up Wire-arc AM can be used to build very large parts to near-net shape.
The Additive Report Article on 3D Printers
Wire-arc additive manufacturing can be used to build very large parts to near-net shape
WAAM’s ability to produce near-net-shape parts without tooling, molds, or furnaces reduces production time
A New Service Business Uses Unique Technology to Build Up Large-Scale AM Parts
“We’re very good at executing the path planning while also monitoring what is happening in the middle of the deposition. . . “ Mark Douglass, Business Development Manager, Lincoln Electric Additive Solutions
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