Get Ready to CNC!

This is a video based step by step tutorial on building a CNC Router
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Basics Read First
Step 1: Linear Bearings
Step 2: Joining
Step 3: Z-Axis Part 1
Step 4: Z-Axis Part 2
Step 5: Y-Axis Supports
Step 6: Y-Axis Assembled
Step 7: Z-Axis Nut
Step 8: X-Axis Stands
Step 9: Z Screw X Rails
Step 10: Gantry Sides
Step 11: Gantry Bottom
Step 12: Gantry Bearings
Step 13: Y Rail Support
Step 14: Y Rails and Nut
Step 15: Y Lead Screw
Step 16: X Lead Screw
Step 17: Y Motor Mount
Step 18: Z Motor Mount
Step 19: X Motor Mount
Step 20: Driver Part 1
Step 21: Driver Part 2
Step 22: Driver Part 3
Step 23: Driver Part 4
Step 24: Driver Part 5
Step 25: Power Supply 1
Step 26: Power Supply 2
Step 27: Y-Motor Wires
Step 28: XZ Motor Wire
Step 29: Heat Sink/Driver
Step 30: Router Mount 1
Step 31: Router Mount 2
Step 32: Router Mount 3
Step 33: Router Mount 4
Step 34: Software 1
Step 35: Software 2
Step 36: Software 3
CNC DemoP.COC Logo
Maker Faire Experience
Pecking
Torque Formula
CNC Process
About End Mills
Bill of Materials
 

The CNC Process - From CAD to Product
 
I have put together a video tutorial of the entire process from drawing a part in CAD (Computer Assisted/Aided Design) to the final product that is cut out from the CNC machine.  This three part series will step you through the design of a very simple object that uses drills and profiles.  Drills are simply holes created from the end mill (router bit) into the material and profiles are horizontal cuts, usually in geometric form, that create various shapes.
 
  
 
 
I am using CAMBAM to illustrate the CAD process.  CAMBAM includes a few basic CAD functions and primitives that enable you to design an object.  I say basic CAD functions, but CAMBAM is extremely versitile and there really is no limit to the complexity for the object.  In the next tutorial, I will exhibit some of the great features of this program and design something more complex.
 
Once I create the design, I then use the machining functions.  In this tutorial, I limit the machining functions to drilling and profiling.  Three holes will be made using the spiraling drill technique, where the bit is smaller than the hole.  I will also show how to make similar holes with profiling; however, you will see that the drilling method is cleaner and makes a perfect circle.  In addition, the profiling will be used to cut out the final object.
 
Stay tuned for the next two parts.  Thereafter, I will show another multiple part tutorial for a more complex object.  Finally, I will explore the bas relief and engraving features of CAMBAM and show that process to its final form.