SLM Solutions Showcases Possibilities of Metal 3D Printing
SLM Solutions is exhibiting metal 3D-printed parts that illustrate the capabilities of powder-bed fusion systems.
.jpg;width=70;height=70;mode=crop;format=webp)
This titanium fan blade is fully dense and measures 30 inches tall, showing the growing build chamber sizes of powder-bed fusion systems. The part was grown in four days.
3D printing made it possible to manufacture this topology-optimized gooseneck bracket for an aerospace application. This design integrates three parts into one, and reduces the weight of the overall bracket by 31 percent.
This rocket combustor offers improved functionality as the result of 3D printing, which enabled incorporating internal cooling channels that could not have been machined.
Share
Hwacheon Machinery America, Inc.
Featured Content
View More
ECi Software Solutions, Inc.
Featured Content
View More
Powder-bed fusion is an impressive additive manufacturing (AM) process to watch, but to really understand the promise of metal AM, look at the parts it produces. SLM Solutions is illustrating the potential of metal 3D printing with a variety of parts on display in its booth. Click through the slideshow above to see workpieces that illustrate growing AM chamber sizes, the application of topology optimization, lightweighting and part consolidation capabilities, and improved functionality enabled by 3D printing.
Related Content
-
Trak Machine Tools Lathes Offer Compact, Heavy Duty Performance
IMTS 2024: The Trak TC2 and the Trak TC820si are compact lathes designed for production applications.
-
Zimmermann Portal Milling Machine Enables Precise Processing of Long Components
IMTS 2024: With the custom machine line FZG, Zimmermann offers a five-axis portal milling machine, FZU22, with a low rail gantry in their program, which is designed for processing long components.
-
SW North America Manufacturing Production Cell Runs Fully Automated
IMTS 2024: SW’s production lines are designed to precisely match components to the matched quantities from the raw part to the packaged, ready-to-ship component.
