Rapid Prototyping for Product Design
1h 39mIntermediate2014-09-16
Authors

Gabriel Corbett
Product Designer, Instructor, and Speaker
Course details
Rapid prototyping takes your designs out of the computer and into the real world, but choosing the right process is critical to success. Join product designer Gabriel Corbett for a tour of the most popular rapid-prototyping methods, straight from the workshop floor. This course includes first-hand looks at the machinery and techniques behind 3D printing, machining, resin casting, injection molding, 2D prototyping, and laser scanning. After you watch this course, you'll have a solid understanding of the available prototyping processes, and knowledge of the machinery and tools to bring your product through the prototyping stage and into the real world.
Learning objectives
3D printing parts, using fused deposition modeling, stereolithography, and selective laser sintering (FDM, SLA, and SLS)
Working with CNC mills and lathes
Building a silicon mold and resin casting a part
Injection molding a plastic part
Creating quick 2D models
Using laser and touch-probe scanners
Learning objectives
3D printing parts, using fused deposition modeling, stereolithography, and selective laser sintering (FDM, SLA, and SLS)
Working with CNC mills and lathes
Building a silicon mold and resin casting a part
Injection molding a plastic part
Creating quick 2D models
Using laser and touch-probe scanners
Skills covered
PrototypingPersonaProduct and Manufacturing
Concepts
0. Introduction
- 01 - Welcome
- 02 - Using the exercise files
1. The Prototyping Process
- 03 - Understanding design software and web resources
- 04 - Designing parts for prototyping
- 05 - Exploring the prototyping workflow
- 06 - Choosing a prototyping process
2. 3D Printing
- 07 - Using 3D printing software
- 08 - Using an FDM-style 3D printer
- 09 - Printing with a PolyJet printer
- 10 - Working with stereolithographic (SLA) parts
- 11 - Working with powder-printed parts
3. Machining
- 12 - Understanding the prototype machining process
- 13 - Understanding how a computer-numerical-control (CNC) mill is set up
- 14 - Exploring how a CNC lathe is run
- 15 - Working with computer-aided manufacturing (CAM) software for part programming
- 16 - Exploring CNC prototyping services
- 17 - Understanding makes and types of CNC machines
4. Resin Casting
- 18 - Understanding resin-casting basics
- 19 - Building a silicone mold
- 20 - Exploring materials and equipment for molding
- 21 - Molding a part
- 22 - Reviewing resources for resin casting
5. Injection Molding
- 23 - Understanding injection molding
- 24 - Setting up an injection-molding machine
- 25 - Injection molding a plastic part
- 26 - Building an injection mold
6. 2D Prototypes
- 27 - Printing full-sized 2D patterns
- 28 - Introducing 2D prototyping techniques
- 29 - Shape checking with 2D prototyping
7. 3D Scanning
- 30 - Understanding 3D scanning
- 31 - Using a laser scanner
- 32 - Using a touch-probe scanner
Conclusion
- 33 - Wrapping up