A CNC can be a powerful addition to any shop, capable of performing repetitive tasks such as boring holes for 32mm cabinets, creating jigs and templates, adding carved embellishments, engraving, or even machining soft metals. In this class, students will build their own CNC router from the ground up, learning each step of the process while gaining a deep understanding of how the machine works. The machine itself is designed with professional-quality features, including linear guides on each axis, precision ball screws (not lead screws), and a gantry-style X-axis with dual ball screws and motors to eliminate racking. It offers an approximate travel capacity of 36” in X, 24” in Y, and 8” in Z, and is powered by a variable-speed, air-cooled 24,000 RPM spindle with ER16 collet. The spindle speed can be fully controlled through the part program, allowing for versatile cutting operations. Instruction begins with learning to read and understand electrical schematics. Students will mount, wire, and test electrical components, then complete and install the control panel inside an enclosure. From there, the class moves into the mechanical assembly of the machine, integration of electrical controls, configuration of CNC software, and finally, testing and operation of the completed router. By the end of the course, students will have built a fully functioning CNC router while mastering key skills. Prior to the workshop, John will contact each student to discuss their specific needs.