CEC Semenster Undefined
From Rapid Prototyping to Quick-Turn Production: A User's Guide - Sponsored by Proto Labs
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June 2,
2015
Review of Industrial Additive Manufacturing Options
The Maker and desktop 3D printing movements may have been dominating the general press, but this class will focus on comparing industrial-grade additive manufacturing technologies like stereolithography, selective laser sintering and direct metal laser sintering used to produce higher quality prototypes and low-volume production parts.
Course Resources
Special Educational Materials
June 3,
2015
Design Considerations for Manufacturability
This class presents an evaluation of material options as well as performance factors that impact the design and engineering of additive parts. Following the prototyping stage, material choice and part geometry have to be finalized, in addition to production planning and manufacturing process selection. You'll learn how a 3D-printed concept evolves into a functional prototype for form and fit testing and then into a final part that is suitable for increased production.
Course Resources
Special Educational Materials
June 4,
2015
What's Next After 3D Printing?
Get practical knowledge on choosing a viable production method for your part. Could you use additive manufacturing for final part production, or would you need CNC machining or injection molding? Each process has its advantages and disadvantages, including material processability, geometry limitations and part repeatability. Learn the different techniques used for quick-turn, low- to mid-volume part production before a potential shift to large-scale manufacturing with steel tooling.
Course Resources
Special Educational Materials
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