Additive Manufacturing
Desktop Metal Launches 3D Printing With Ti64
Desktop Metal claims it will be the first and only company to make Ti64 titanium alloy commercially available for extrusion-based bound metal additive manufacturing. The material is characterized by high tensile strength, corrosion resistance and biocompatibility.
Read MoreNC Lessons Learned Apply to Additive Manufacturing
Just as numerical control of the 1960s had much room for growth, so do the additive manufacturing machines of today.
Read MoreDesktop Metal Launches Manufacturing for 316L Steel
Desktop Metal’s Shop System enables users to print end-use parts in 316L stainless steel with throughput, print quality and productivity unattainable via legacy additive manufacturing processes.
Read MoreOne Small Step for Metals, One Giant Leap for AM
Eliminating support structures for metal parts expands pathways to profitable AM.
Read MoreVertex Acquires 3D Printing Machine from Velo3D
Vertex Manufacturing is the first contract manufacturer to own a Velo3D system that processes the superalloy.
Read MoreTall AM Build Envelope Cuts Months of Aerospace Prototyping
By using SLM Solutions’ vertically extended SLM 800 3D printer, Safran was able to develop and produce a large component for landing gear on a small business jet in days instead of months.
Read MoreThe Challenge with AM Process Substitution
Making a one to one replacement of a part with AM is rarely cost-effective. Approaches like MFAM can improve the cost curve for AM, as Tim Simpson illustrates.
Read More5 Reasons to Attend the Additive Manufacturing Conference + Expo
Additive Manufacturing Media welcomes additive manufacturing experts, users and newcomers to a production-focused event in Cincinnati, Ohio, this October.
Read More4 Ways Robots and 3D Printing Intersect
Four examples of how robotic automation and additive manufacturing both help and are helped by each other.
Read MoreBalancing MfAM and DfAM for Metal Additive Manufacturing
For viable metal AM, users must balance design for additive manufacturing (DfAM), modifying for additive manufacturing (MfAM) and cost per kilogram.
Read More