cnc routers

Machine Specifications:

	Table Width (left/right): 2' to 5' depending on machine design.
	Table Length (front/back): 2' to 10' depending on machine design.
	Z-Axis Travel (up/down): 5"
	Power Input: 110 or 220 Volt AC Single Phase Power.
	Computer Requirements: serial or USB port, Windows 95 or newer.
	Recommended Router Motor: 2 or 3 HP with 1/2" collet, 110 or 220V AC.
	4" Diameter Dust Collection.
	Expect to spend about $4,500 to $6,000 the machine according to our plans.
	Approximate time required for assembly: 25-40 hours.
	This is our most popular machine because it can cut full sheets of plywood and other 4x8 materials without having to cut them small first.

Each Machine Frame is designed of Anodized Structural Aluminum. This industrial Aluminum will not rust, does not require welding or painting and will last a lifetime.

Linear Motion is achieved in the X, Y, and Z axis by 2000 count per revolution stepper motors. Motion is carried out on Industrial Linear Guides; not ball or plastic bearings running on electrical conduit.

Build them with simple tools that you already own! You only need a Power Miter Saw, Drill Press, and a few hand tools for the entire project. Use the computer and router you already own!

The Engineering Packages for these machines contain the following.

	Bill of Material indicating component sources, quantities, and everything you need to purchase the components and materials.
	Tooling List that indicates what tools are needed to build the CNC Router and where they can be purchased if you don't already have them. The Engineering Packages show you everything you need down to the last drill bit.
	100+ page book with illustrated instructions detailing the manufacturing, wiring and assembly process.
	Dimensional Drawings of each component that needs to be made.
	Step by Step assembly instructions.
	Assembly Photos and Illustrations.
	Wiring Schematics and Photos. (no electronics background needed)

Click on the links on the left for specific information and pricing on each machine.

Click here to ask questions.