Completely build a CNC router from the ground up without plans, just your hands, some cheap materials and basic tools, and common sense. Did I mention you don't need plans? It's easy, and I guide you through a process of building that the measurements are derived through a logical approach, so all the pieces will fit and the structure will be solid. Moreover, you'll be able to build a CNC with almost any dimension.
And when you finish Part 1, don't forget to head on over to Part 2
where I detail the z-axis and y-axis and I start on the Gantry.
A while back, I built a very shabby machine and I knew there must be a better design. You will be able to take advantage of what I've learned from a great depth of research on the internet and personal building, testing and experimentation.
The instructable will be very long. I will probably take the cake on the length, so I'm separating the instructable into several parts. This is part 1 if you haven't already determined that. It is this long due to the amount of detail I will be providing. Since we are discussing detail, I will also provide almost all of the detail via video. Pictures say a thousand words, but video must be exponential. I really hope you enjoy this series and provide comments to help me improve and be more effective.
Even though there is another instructable on building a CNC router, it details a completely different approach and I feel that this video series will contribute to the understanding of mechanical components and unique building methods.
What is a CNC router you ask? I will define it as a computer controlled router, where the router will move on three axes and the computer controls the motion for these axes.
What you'll need:
95% of the structural components can be found at the local hardware store, like the MDF (Medium Density Fiberboard). Have the hardware store do most of the cutting, you'll mostly need 4" widths by various lengths (you don't know the lengths yet because in this build, you can make almost any size CNC router). Don't get particle board. Aluminum angle 3/4" and 1/8" thick.
A few basic tools like a screwdriver and a miter box saw. Both are pretty inexpensive and 4" width pieces usually fit into a miter box saw, especially if it plastic and the miter box can flex a bit. A circular saw would be helpful, but use the hardware store cutting service to your advantage.
A couple of links that you may find useful for these types of builds are cnczone.com
. My official build of this machine is here at my site BuildYourCNC.com
with almost all of the video step, but don't cheat and skip to a later step. The series is developed to follow a logical process to get measurements, etc.