Are Machine Shops Doing More Plastic Parts Production Due to 3D Printing?
That is the suggestion of a survey finding. Facilities we associate with metalworking are using additive manufacturing for production of plastic parts.
Share




I have a dual role – I am Editor-in-Chief of both 91ÊÓÆµÍøÕ¾ÎÛ and magazine, yet sometimes this feels like one big role. Manufacturing overall is changing, and an important part of the change is found in the way machining and 3D printing are affecting one another. Additive manufacturing (AM) needs machining and serves machining, and AM’s advance into production might redefine the role the machine shop plays.
The video here addresses that last point. Additive Manufacturing and (the research arm of our publisher, ) recently surveyed manufacturers using AM to ask how they are using it, and in particular to learn the extent to which AM has been adopted for full-scale production. Though the sample size was too small to be conclusive, an intriguing finding emerged. Notably, the findings suggest that most of the production AM being done in machine shops involves production of plastic parts instead of metal.
In the video, I discuss that finding:
Here is a transcript of the video as well as stationary images of all the graphs.
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.
-
6 Trends in Additive Manufacturing Technology
IMTS 2024 features a larger Additive Manufacturing Pavilion than ever before, with veteran suppliers alongside startups and newcomers at the front of the West Building. As you browse these exhibitors, as well as booths found elsewhere at the show, keep an eye out for these trends in AM.
-
Chuck Jaws Achieve 77% Weight Reduction Through 3D Printing
Alpha Precision Group (APG) has developed an innovative workholding design for faster spindle speeds through sinter-based additive manufacturing.