2′ x 4′ CNC Router

1. The blocks, placed in alternating orientation, have been designed to only deflect 0.0002″ inches on 400 lbs of cutting force, which is more force that you should see when using the machine.
2. The blocks slip into the T-Slots and can be easily attached without having to take anything apart or pre-insert screws
3. The blocks tie into both 8020 extrusion pieces at the the table attachment point and provide a second set of connections to tie the table together.
4. The blocks will automatically pull all of the table cross pieces square and level with each other, ensuring that your table top is square and level when you use it. The following overview video shows and highlights the benefits of this system:

1. Table Saw
   1. Cutting sheets into final dimension pieces
   2. Cutting rabbits and dados
2. Scroll Saw
   1. Cutting customs shapes and inside pockets.
   2. Cutting intricate detailing
3. Router Table
   1. Cutting rabbits and dados
   2. Cutting end sections like Box Joints, Finger Joints, and Dovetails
   3. End work on pieces like roundovers, chamfers, and raised paneling
   4. Eliminate creating and using templates for custom shapes
4. Drill Press
   1. Drilling any sized hole
   2. Pocketing large holes that would normally require hole saws
   3. Creating mortises
   4. Countersinking and counterboring

Imagine that your building cabinets for a customer that requested dovetails on the drawers, adjustable shelf pins on the open cabinets and a custom carving on each raised panel.

Your workflow without a CNC might look something like this:

• Cut all pieces to final length on the tablesaw and miter saw.
• Use your pocket hole jig to make the pocket holes.
• use your shelf pin jig to make the shelf pins.
• Use a router to profile all edges and create the raised panel doors.
• Use a templating jig to route the custom carving on each face frame.
• Use a custom router jig to carve out the hinge pockets on the door.
• use a dovetail jig to dovetail the drawer sides.
• Finally we get around to assembly of the cabinet.

Note that the above assumes all the jigs are on hand and you don’t have to make anything.

our Workflow with a CNC might look like this:

• Load plywood sheet onto CNC. CNC cuts out set of drawer frames and a set of cabinet sides. While CNC is cutting, cut out the face frame and raised panel frame pieces on the miter saw.
• When CNC is done, set up drawer sides on CNC to be dovetailed. CNC dovetails drawer slides while you are free to continue working on the cutting, pocket holes, and assembly for the face frame.
• Load wood on CNC for raised panels and drawer frames. CNC cuts out the profiles, does the edge work, does the carving on the panel, and drills the hardware holes. While this is running, you are free to work on assembly of the other parts.

Our CNC routers can drastically simplify your workflow. Not only that, but things that were not possible before like crazy shapes and 3D carvings become design staples that give your projects flare and style, in large part because they are so easy to include.