Part info
- What: A rod with M6 insert threads on both sides.
- material: strong
- measures: 120mm high (fixed!), ⌀ ~35mm. The insert threads are 15mm deep in. There is an extra 25mm space for a bolt after the insert thread. So in total there is room for a 40mm M6 bolt (see sketch below)
Sketch by the part by the designer Parker Haynes, measures in mm
Tolerance
- Size: The length is fixed at 120mm, but the ~35mm diameter is flexible within the standard tolerance
- Material: standard tolerance
- Interchangeability: The “elephant rods” proved to be very useful. Several uses for them were added after their introduction. However, the elephant rods are quite thick and strong and require M6 nuts, so they use a lot of material. Not all applications require the rods to be so strong. So “weaker” twins were introduced (112.1-112.4) using M4 nuts. In some applications the elephant rods can be interchanged with these twins.
Get the part
- BUY
- Globally ↓
- Available as local make.
- From Max of Materialogic (made on demand, shipping from Germany)
- Locally ↓
- None so far
- Want to make and sell this part? Add your store
- Make:
- Option 1: The designer Parker Haynes shared instructions for one possible way to make this part. Find the instructions in the original post by the designer or click to download a PDF.
- Option 2: see below
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Here is an additional way to make this part shared by studio Mifactori
“One way to make this part is to take normal pipes and then insert inserts with threaded inserts into them. There are different ways of making these inserts and also different ways of attaching them to the tube.
STL download direct | from folder
Here is a picture of a 3D printed insert that works in a 50mm tube with 2mm wall thickness. If you happen to find a tube with these dimensions, you can use it (download link below). If the tube is strong (e.g. aluminium), you may not need to glue or screw the insert in. You might get lucky and it will just stay in.
The 3D printed part works with a channel for a normal M6 screw and a “lock” that you can put in there. Of course, this part needs to be printed with a strong infill, because the part is holding the nut in place, and if you’re going to put a lot of pressure on it to ensure a stable connection, the 3D printed walls need to be able to withstand that pressure. If the component is not strong enough, the M6 nut will break the walls and start to rotate inside the component.
Download STL files here | backup link
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Introduced by
- Designer: Parker Haynes
- Original post, original post backup (html)
- Open: TPP 1.0
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