Children's table

cults3d

I had a big crush on the Bits&Parts children's chair that I rushed to make for my son (and now there are two of them...). I needed a table to sit at, so I had to have a table to sit at! Careful, there is only the table here. The chair, I'll let you get it from the Bits&Parts website (https://www.bitsandparts.org/shop/). But I warn you right away, it's a little crazy: with a 0.5mm nozzle, I had 200 hours of printing, and 2km of filament (about 200€ of PETG). Just for fun, otherwise you'll be faster to disguise a wooden table with 3D puzzle pieces. The parts are numbered A1, A2... A6, then B1, B2...B6 up to F (i.e. a 6x6 "checkerboard"). The colors: White: A1, A3, A5 B2, B4, B6 C1, C3, C5 D2, D4, D6 E1, E3, E5 F2, F4, F6 Green: A2, A4, A6 B1, B3, B5 C2, C4, C6 D1, D3, D5 E2, E4, E6 F1, F3, F5 All parts require support, which further aggravates the "zero waste" balance of this table. The majority of the parts have been printed vertically, so as to avoid using support on the threaded parts (parts A1, A2, B1, B2, A5, A6, B5, B6, E1, E2, F1, F2, E5, E6 and F5, F6). For the rest, it's an art, and my .factory (S3D) files are no longer usable because of a bug. Finally, for the assembly, I proceeded starting from one corner, then progressing to the other 3 corners at the same time. The parts being all cut with 5° of angle to be self-locking, I'm not sure it was the best idea. I had to play with the mallet for the assembly, and the heat gun to release some constraints. Then, I glued a 500x500x5mm organic glass plate (plexi or other) on top (to avoid the crumbs of the gouter to get stuck between the pieces). Finally, I made the feet in a 23mm diameter broomstick and glued a felt under each foot to avoid the wood squeaking on the tile (when the table is used as a walker...). The legs are held tight by the nuts that close the 4-piece group like pliers. All parts pass through the MicroDeltaRework. ----------------------------------------------------------------------------- English version (by Deepl and me) --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- I had a big crush on the children's chair from Bits&Parts that I rushed to make for my son (and now there are two of them... chairs and sons). So I had to have a table to sit at! I don't provide the chairs file. You can grab it on Bits&Parts website (https://www.bitsandparts.org/shop/) Well, I'm warning you right away, there's no common sens to do it: with a 0.5mm nozzle, I had 200 hours of printing, and 2km of filament (about 200€ of PETG). Just for fun, otherwise you'll be faster to disguise a wooden table with 3D puzzle pieces. The pieces are numbered A1, A2... A6, then B1, B2...B2...B6...B6 until F (a 6x6 "checkerboard"). Colors: White: A1, A3, A5 B2, B4, B6 C1, C3, C5 D2, D4, D6 E1, E3, E5 F2, F4, F6 Green: A2, A4, A6 B1, B3, B5 C2, C4, C6 D1, D3, D5 E2, E4, E6 F1, F3, F5 All the parts need some support, which makes the "zero waste" balance of this table even worse. Most of the parts have been printed vertically, so as to avoid using support on the threaded parts (parts A1, A2, B1, B2, A5, A6, B5, B6, E1, E2, F1, F2, E5, E6 and F5, F6). For the rest, it's an art, and my .factory (S3D) files are no longer usable because of a bug. Finally, for the assembly, I proceeded starting from one corner, then progressing to the other 3 corners at the same time. The parts being all cut with 5° angle to be self-locking, I'm not sure it was the best idea. I had to play with a soft hammer ((a mallet?) for the assembly, and with the heat gun to release some constraints. Then, I glued a 500x500x5mm organic glass plate (plexi or other) on top (to avoid the crumbs of the cookies to get stuck between the pieces). Finally, I made the feet in a 23mm diameter broomstick and glued a felt under each foot to avoid wood squeaking on the tile (when the table is used as a trotter...). The legs are held tight by the nuts that close the group of 4 pieces like pliers. All the pieces pass through the MicroDeltaRework. Translated with www.DeepL.com/Translator (free version)