"Team Table" aimed to create a weight-bearing, snap-together end table and kid's chair that required no glues, nails, or adhesives. The finished product would snap together (and apart) with spring joints cut by the CNC router.
The first step involved modeling and cutting test joints to affirm the router's proper calibration and the validity of joint's construction.
Second, a 3D rendering of the complete table and chair was created in Rhino. The rendered panels were arranged in 3D space to assess their viability, and in on a 2D plane to maximize material utilization. Then the Rhino file was converted into "g-code," which is read by the CNC router for precision cutting.
Finally, each panel was sanded to clean up "bridges"
left behind from the CNC router and ensure a snug
fit from each joint.
Team Table Members:
Ohio CNC would like give thanks for the opportunity to experiment with CNC routing. Ohio University fostered a population of students whereby this class could benefit from diverse prospectives and varied skill-sets. Students and instructors, alike, gained knowledge and experience through extensive collaboration and experimentation. Namely, we thank Siavash for guidance and instruction on utilizing "g-code" to automate the CNC router, and Tanner for access to and instruction on various wood-shop equipment. Finally, Ohio CNC thanks David Colagiovanni for leading the summer ART3900 class with steady support and candid feedback.