side table

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)
1. 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.
2. Gather all resources according to the list of required parts.
3. Decide on where to place the legs and screw the 3d parts onto the plate.
4. Insert the rods and fix the with the screws
5. 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)

Don’t forget to post your makes!

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
If you experience any problems, please feel free to contact me on twitter or Instagram