Articles
High-Frequency Production
The additive process that grew out of ultrasonic welding provides an efficient way to produce complex work, including parts with embedded components and even parts made from dissimilar metals.
Read MoreElectron Beam Direct Manufacturing As an Alternative to Forging
Lockheed Martin expects to reduce titanium part-production costs for the F-35 fighter by applying this additive manufacturing technology in place of forging.
Read MoreAdditive Manufacturing Companies to Merge
3D printing technology suppliers Stratasys and Objet have announced an agreement to merge.
Read MoreAdd Additive Manufacturing to your Capabilities
Although additive manufacturing has been around for several years, the process is gaining more and more interest and applications every year.
Read More3D Printing for Better Customer Communication
Additive technology helps a mold manufacturer establish better customer communication and create a more productive design process.
Read MoreThe Aircraft Imperative
Reduce cost, reduce weight—to the extent that additive manufacturing can do these things, it represents a promising method for making aircraft parts. While important constraints currently prevent additive manufacturing from seeing more widespread use in aircraft production, these constraints might not be what you think. Here is a look at additive manufacturing within Boeing.
Read MoreVideo: Additive Manufacturing at Morris Technologies
A company that is advancing additive manufacturing as a production technology discusses why additive manufacturing is important right now.
WatchThe Value of Prototyping
“Reality Redesigned” judge Jeremy Bout inadvertently illustrated the value of prototyping when he tried to use his 3D printed model in production.
WatchAn Injection Molder in MMS?
By embracing additive manufacturing, injection molder Thogus is able to bypass mold suppliers.
WatchRedefining Plastics Manufacturing
When this company was solely an injection molder, job quantities had to be large. Now, with additive manufacturing, any quantity is right. The company's role and its range of customers have both expanded.
Read MoreManufacturing in Space
An additive manufacturing process was recently tested in zero-gravity conditions in an effort to develop solutions for manufacturing in outer space. One thing about additive processes—they don’t create loose chips!
Read MoreAmerimold Workshop: Direct Metal Laser Sintering
Laser sintering is an additive process that deposited metals, such as Titanium, to create complex machinable workpiece blanks.
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