Video: Will the Precision of Metal AM Improve?
Improved accuracy and repeatability will come from better understanding of process parameters and better prediction of the process. But the precision today already surpasses other near-net-shape processes.
Are the accuracy and repeatability of metal additive manufacturing processes today inherent characteristics of those processes, or can we expect the accuracy and repeatability to improve?
That was one of the questions discussed within an additive manufacturing panel discussion recently hosted by machine tool builder Mazak.
The answer that came out touches on many topics. Additive manufacturing equipment suppliers such as Mazak continue to advance in their understanding of the effect of various process parameters on the accuracy of the build. Meanwhile, simulation technology will also play a role in predicting a given build’s fidelity to its original digital model. Then there is the question of how much accuracy is really needed in order for additive manufacturing to succeed.
This video captures the complete 7-minute segment of the discussion covering the question about precision. The participants in the panel (from viewer’s left to right in this video) were:
- Dr. Taku Yamazaki, project leader at Mazak’s engineering headquarters in Japan and a specialist in the company’s additive manufacturing technology.
- Joe Wilker, Mazak product manager with responsibility for the company’s recently introduced hybrid additive machine tool.
- Tim Shinbara, VP of manufacturing technology for AMT—The Association For Manufacturing Technology.
- Dustin Lindley, additive manufacturing lab manager at the University of Cincinnati’s Research Institute.
In this video, the audio volume drops off somewhat when the moderator speaks. That’s OK—the moderator is me.
Related Content
-
Machine Tool Drawbar Made With Additive Manufacturing Saves DMG MORI 90% Lead Time and 67% CO2 Emission
A new production process for the multimetal drawbar replaces an outsourced plating step with directed energy deposition, performing this DED along with roughing, finishing and grinding on a single machine.
-
JuggerBot 3D Awarded $4 Million by Air Force to Develop Large Format Hybrid Additive System
The project focuses on advancing the ability to print a thermoset composite material that can transform the way an aircraft structure is designed, fabricated and sustained for limited-life aircraft.
-
Nicolet Plastics Succeeds Using Mantle's Hybrid Metal 3D Printing Method for Mold Tooling
A recent webinar explores Nicolet Plastics’ success using Trueshape Technology, Mantle’s approach to print injection mold tooling. The current challenges this technology addresses and alleviates in additive manufacturing confirms this method is effectively reducing lead times and cost constraints, while producing better inserts.
