- Detroit Man Arrested in SWAT Raid
- WV AFL-CIO President Perdue: July 1 is now Pay Cut Day
- Thanks for Your Service ... and Memories 2015 IMAGES
- Jabberwowcky Kicks off DAWG's Pullman Thursday Series
- Costumes and Comic Books Bring Out the Tricon Nerds IMAGES
- Mayor Steve Strolls Areas Surrounding Central City IMAGES
- Sticking Together, Surprising Stats; IMAGES Town Meeting Drug Abuse
- Katie DeHart Entertains at Pullman
- Fireworks Prohibited in Huntington
- Fracking Poses Threats to Public Health, Say Experts
Additive Manufacturing Class at RCBI offers Overview of 3D Printing
Tuesday, December 3, 2013 - 19:55 Updated 1 year ago Edited from a Press Release
The “Introduction to Additive Manufacturing” class focuses on how this manufacturing technology is being credited with revolutionizing the design, development and manufacture of innovative products for the aerospace, defense, medical, consumer and energy markets.
RCBI’s class will help individuals understand how this leading-edge technology, in conjunction with 3-D Printing, is changing the way people do business. It will benefit anyone who is interested in learning more about Additive Manufacturing technology, from manufacturers and entrepreneurs to teachers who want to introduce the technology in the classroom.
3-D Printing involves layering materials to create a three-dimensional product, with virtually unlimited potential, lower cost and more specialization. From production of medical devices to U.S. Department of Defense components to energy industry parts, the innovative technology is rapidly being used by a wide variety of companies. Since RCBI began offering 3-D Printing in 2009, dozens of manufacturers and entrepreneurs have used the technology to bring their ideas to reality and to open new business opportunities.
The class curriculum will include hands-on experience with MakerBot and Fortus 3-D printers. The introductory class will cover:
- The generic Additive Manufacturing process;
- The benefits of AM to groups and individuals;
- The difference between AM and traditional CNC Machining, and
- Related technologies.
Because of limited seats, interested individuals should register as early as possible. To register, call 304.720.7742 or e-mail firstname.lastname@example.org.