BOOTH #1427 | Cobo Center | Detroit, MI | May 21-23
Are you ready for RAPID + TCT, the industry's most comprehensive additive manufacturing event?
This year it is being held in Detroit, the home of America's Automotive Industry. FARO® is proud to showcase not only our design and reverse engineering capabilities but also our strong portfolio of manufacturing solutions for automotive applications.
Here's what not to miss at the show (click each to see more):
- [All Day] The scan-to-print workflow
- [Booth Event] Live talk by Jim Hall from Jay Leno's Garage®
- [All Day] 3D manufacturing solutions
What is happening at the show?
See for yourself how our tools enable quick, intuitive 3D capture and mesh editing for easy output into the format of your choice. At our booth, we will be doing personalized, live walkthroughs demonstrating how our various solutions provide versatile, high-resolution data capture in full color. At this year's event, we've partnered with 3D Systems to showcase how our technology fits together into a full scan-to-print workflow for design applications, using one of Kindig-It's unique designs for custom car restoration. Don't miss it!
Catch this exclusive RAPID talk! Jim Hall will be present at our partner – 3D Systems – booth (#1227) to talk about how he uses our combined solution to execute complex reverse engineering and restoration projects as Chief Engineer at Jay Leno's Garage.
FARO has an extensive portfolio of 3D capture and analysis solutions for the manufacturing industry. Our most recent innovation, the metrology-grade 8-Axis Quantum FaroArm® and ScanArm, will be featured at the show. It adds an important rotational axis to the standard portable measurement arm, extending its reach and improving the ergonomics of use. Come by our booth to learn how our latest technology is helping to achieve higher levels of productivity and efficiency in the automotive industry.
Want to learn more about the latest tech?
See all the material we have on 3D manufacturing and design technology at the links below: