
1113 ONR Quality Made – Robotic Laser Wire AM System with Comprehensive Quality Assurance Framework
The Navy plans to use additive manufacturing (AM) to supply out-of-production and long lead-time metallic components. Solutions need to ensure
The Navy plans to use additive manufacturing (AM) to supply out-of-production and long lead-time metallic components. Solutions need to ensure
There is substantial opportunity for direct part replacement of low criticality components with additive manufacturing (AM) techniques offering cost savings,
One of the biggest challenges for the sustainment community is the need for parts that are not readily available due
As legacy systems age it becomes more difficult to source replacement components for maintenance. Part availability issues stem from a
The full fabrication time in laser powder bed fusion (LPBF) can range from a couple of hours to several days
Prototype and low volume air and space vehicles regularly require fabrication of up to 100 composite sections and components. The
Adoption of metal Directed Energy Deposition (DED) technology has been hindered by the difficulty of integration into existing production methods.
While access to polymer printing in the world of additive manufacturing (AM) is affordable and accessible to the common user
One of the fundamental challenges in additive manufacturing (AM) is that there are limitations in the final product functionality and
Direct additive manufacturing of metal parts is limited by cost and availability of consumables, build times, and steep temporal and
Additive manufacturing (AM) 3D printers typically rely on a single consolidation point printing method. While certain equipment suppliers have built
The continuous demand for increased turbine inlet temperature requires cooling of the air in the high pressure turbine to lower