**A modular design for crafting a small table. You decide size and shape. ** The parts are optimized to be very robust. I tested and optimized them until the screws would break out of the wood before the 3d printed parts would give in. I stood on my print a jumped a little so it can hold at least 80 kg of weight.

Required parts:

• One print each of the two provided parts for every table leg
• recommended screws for the legs: 3,5 x 20 mm countersunk universal or wood – 3 per leg
• recommended screws for the tabletop: 3,5 x ?? mm countersunk universal or wood (length depends on the thickness of the plate) – 4 per leg alternative diameters that work, too: 3,0 mm; 4.0 mm
• 22mm (7/8” In) round wooden rods in the length of your choice. (I used this diameter because it works for the metric and us system)
• A wooden board of the size of your choice

Instructions (also provided in the images)

• Decide on the size and shape of your table. Th design is for a small coffee or couch table (Mine is 460 x 460 x 340 mm). I have not tested if it works for a full-scale dining table. You can try it out but enter uncharted territory.
• Gather all resources according to the list of required parts.
• Decide on where to place the legs and screw the 3d parts onto the plate.
• Insert the rods and fix the with the screws
• Attach the foot to the rods and fix them with screws (before screwing in the last one – turn around the table and adjust the position a bit to make sure it does not wiggle)

Print settings Required build volume: 120 x 120 x 100 mm Material usage: 100g for the two printed parts of one leg (400g for a table with four legs) Print time: 9h per leg (36 for a table with four legs)

Material: PLA Print direction: stls are rotated correctly, check images Support: none Nozzle size: 0,4 mm Line width: 0,4 mm Layer height 0,2 mm Outer walls: 4 or more Top/Bottom Layers: 5 Infill: 30% Build plate adhesion type: none