2015
Lynda
Taylor Hokanson
1h 1m
English

Interested in making your own instruments? Or do you want to see how computer-aided fabrication results in real-world products? This course is for you. Educator/DIY engineer Taylor Hokanson demonstrates how to use RhinoCAM to prepare a 3D model of an electric guitar body/neck for later fabrication on a CNC mill. This project covers a variety of techniques, including flip milling, profiling, pocketing, horizontal roughing, and parallel finishing, and shows how to adjust the model to account for third-party components like pickups.

Introduction
1m 48s
Welcome
1m 9s
What you should know before watching this course
17s
Using the exercise files
22s
1. Setting Up the Guitar Body Model
15m 16s
Customizing individual features of the model
4m 20s
Setting stock, location, and size
4m 6s
Adding bridges to the body
3m 25s
Preparing the model for flipping
3m 25s
2. Milling the Guitar: Front Side
20m 23s
Drilling for the control cavities and neck
4m 29s
Simulating an individual toolpath
2m 58s
Pocketing for the control cavities
5m 19s
Roughing out the control cavities
4m 46s
Running a finishing pass
2m 51s
3. Milling the Guitar: Back Side
10m 22s
Toolpathing the back side of the guitar body
4m 38s
Simulating multiple toolpaths
3m 12s
Exporting G-Code to the CNC mill
2m 32s
4. Incorporating the Neck and Headstock
13m 23s
Toolpathing the back of the neck and headstock
4m 49s
Toolpathing the front of the neck and headstock
5m 9s
Adding bridges to the neck
3m 25s
Conclusion
44s
Next steps
44s

www.lynda.com/RhinoCAM-tutorials/Creating-Guitar-Body-RhinoCAM/361202-2.html

Download File Size:158.31 MB

---