SketchUp:
Slicer:
Installed:
Your simple solutions to small practical problems are just genious!!
I like that idea, I normally just drive a couple of screws straight through them and hope not to hit any metal bits.
wait. wait.do you do that often ? how are you alive ? please tell me you unplug them before drilling !
yeah, I remember when the home 3d print tech started to go around, this is pretty much what people said the future would be like.
I should get my hands on one of those someday.
Not that I haven’t done this in the past, but the feeling with this solution is completely different (better)…
This little helper allows you to quickly determine the distance between the drawer runners and the front edge depending on the thickness of the front.
Now I like this Ideal . . I now have a few uses for this Ideal to keep the plugs close to the 3D printers ! !
I am building a temperature-controlled box for a photovoltaic battery. In winter it is kept frost-free with a small fan heater, in summer fans are started if it gets too warm. The opening can be opened or closed depending on the season, handle and brackets 3D-printed…
During heating, the air is swirled and distributed by a fan, which is also attached with a 3D printed part:
To be able to pull cables into an aluminum pipe without having to pull along the sharp edge, I printed a two-part pulling aid:
I would like to see more of your posts about 3D printing. Most posts from other people are about printing decorations and ornaments, while yours are functional and practical.
nice, how did you make these? Curviloft? SubD? Can you show the wireframe?
To prevent a raccoon from pushing up the flap to the hens’ nests, I designed a hook that has to be lifted to open the flap.
The outdated plastic feet of the ironing board are gradually crumbling away.
My wife had it professionally repaired to protect the wood flooring:
But of course I couldn’t leave it like that: