FoldaRap Buyers Guide
English • العربية • български • català • čeština • Deutsch • Ελληνικά • español • فارسی • français • hrvatski • magyar • italiano • română • 日本語 • 한국어 • lietuvių • Nederlands • norsk • polski • português • русский • Türkçe • українська • 中文（中国大陆） • 中文（台灣） • עברית • azərbaycanca •
This project was for myself, as I needed a RepRap that is easy to carry around and for the challenge of making a folding 3d-printer. But I believe in open-source and sharing and all the revolution behind that. Thus I try to well document it, in case others want to make one; to acknowledge all the things we own to those who went before, and to encourage those who come after to do the same.
On a more long-term view, I didn't planned to create a company out of it, I hoped to see it grow on itself in the wild, just by indicating how to source it, because I have more fun in designing stuff than marketing it. And after 500 machines and few other models for the industry, I'm back to that principle :)
Bill Of Material (BOM)
2017-10-14 : With the FoldaRap 3.0 I will maintain the inventory in a Libre-Office datasheet. You can find it the github repo (here). I will progressively archive the BOM of the previous version below.
Total end cost for 1 machine : ~400-500€ when you include all taxes and shipping costs. Make group orders with friends if you can.
- The bed can also be made of acrylic in case of a non-heated bed.
1 standard female cable - EU/C13 - UK RS6266739 / US RS7316163 1m of 18AWG wire (200mm red, 200m black, 150mm green) for the switch/plug/psu - Read also WiresAndConnectors 1 kapton film heater
Laser cut parts
Have them cut at a local FabLab/Makerspace. Or order them from my Ponoko/Sculpteo hub (need to be updated).
If you can print your own parts it will take ~500gr.
Material : PLA
Because some parts act as sliders on the aluminium profiles. You can print the other parts in what you want.
- Infill : 25-30%
- Infill pattern : hexagonal
- It is advised to have a well calibrated machine (+/- 0.05mm on measured parts) : http://forums.reprap.org/read.php?282,159683
I recorded this little video where I'm playing with some parts freshly printed, to show what to expect about the tight tolerances.
The part that slide under it's own weight (16gr) have been slided back and forth a few time.