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Nut calumet - helps bolting anything

by MoonCactus, published

Nut calumet - helps bolting anything by MoonCactus Jan 23, 2013

Description

That's obviously no peace pipe, but a convenient tool to hold the nuts where they must go, such as these incredibly tricky corners and rod caps on the printers...

Update: I have added customizer support for your own needs (check the button above). I took the idea of opening the head laterally from peteruithoven (see derivations), thanks!

Recent Comments

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I printed on 210 C with no luck.

I also tried to create a proper nut hole by heating up a nut and pushing into the hole but it sticked down and the result was ugly. Instead of further trials I made my version: thingiverse.com/thing:57897
According to your setuyp, you may better use the customizer thingiverse.com/apps/customizer/run?thing_id=44118 and set a higher "nut tolerance".
Also make sure to use a low temperature and that you do not over extrude. I think I sliced it at 0.2mm.
Finally you can heat a nut while you're holding it on a screw, then push it into the hole to thermo-form it, you'll get a perfect match then :)
I tried to print this with 0.2mm, 0.1 mm and 0.05 mm layer heights, 100% infill, reduced the speed til 25 mm/s but the hex nut hole is too tight and Ultimaker's M3 nuts does not fit in it. I sliced & printed them with Cura 12.12.

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Instructions

Spend 2 minutes printing this instead of getting nuts by losing them all everywhere :)

Default STL files are for holding an M3 nut. It is probably useful on all the printers that feature bolts behind pulleys in the corner of a frame, but also for your car or wherever you need to hold a nut in an uncomfortable position. Just use the customizer for all kind of variants (see the pics)

You can also make the handle very long, then bend it by heating it so as to curve it for trickier contexts even, it's probably easier than to redesign it.

The short STL files are for a standard M3 nut with 70mm and 110mm handles. Just make sure to use low extruding temperatures for the upper part when you print them. Your can also mount the nut on a long M3 screw, heat it and precisely thermo-form the hole if it's too tight. Handling it with a screw lets you pull it before it's too cold.

For other nut dimensions, check e.g. fairburyfastener.com/xdims_metric_nuts.htm
then use thingiverse.com/apps/customizer/run?thing_id=44118 to tune your own handle!

Update (20130918): added see-through hole to make pipe wrenches
I tried to print this with 0.2mm, 0.1 mm and 0.05 mm layer heights, 100% infill, reduced the speed til 25 mm/s but the hex nut hole is too tight and Ultimaker's M3 nuts does not fit in it. I sliced & printed them with Cura 12.12.
According to your setuyp, you may better use the customizer thingiverse.com/apps/customizer/run?thing_id=44118 and set a higher "nut tolerance".
Also make sure to use a low temperature and that you do not over extrude. I think I sliced it at 0.2mm.
Finally you can heat a nut while you're holding it on a screw, then push it into the hole to thermo-form it, you'll get a perfect match then :)
I printed on 210 C with no luck.

I also tried to create a proper nut hole by heating up a nut and pushing into the hole but it sticked down and the result was ugly. Instead of further trials I made my version: thingiverse.com/thing:57897
#winning :D Probably the most useful tool for the Ultimaker to keep yourself sane ;)

THANKS for sharing.
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