Osmo Fence Tools and Auxiliaries
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For a new fence I needed some auxiliaries and tools. Here we are...
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- Printables
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- Mechanical Parts
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For my new fence I needed to fasten some very strong anchors for the "anchor-plates". On my concrete wall I did not want to use commercial dowels because they spread the concrete too much, especially when frost goes in. So I decided to drill large enoght holes and glue in threaded rods by 2-component concrete. So I receive a 100% secure anchor or the treaded rod (M10, stainless steel) into the wall (approx. 80mm in depth). The drilled hole is Ø14mm for enough place to alignment before glueing.
A long nut M10x50mm was glued in in same manner from top, because the outstanding M10-rods cannot be on the side AND on top, you cannot assemble this, so on top a M10 screw will be installed which is easy to handle. The hole herefore is Ø25mm, to have tolerance for alignment before glueing.
Sounds a bit confusing, but when you see the photographs, you will understand!
For the holes I designed a part ("pattern"), similar to the anchor, but with threaded long “plastic-nuts” which have holes (Ø10.5mm) to align and hold in place the M10 rods during curing of the glue. Afterwards you can unscrew the plastic-nuts to save the “pattern” for the next “anchor-plate".
In order to avoid glue messing up the threads of “pattern” and “plastic-nuts” I treated the thread with melted wax (candle) so I expect a better release and don't need to re-print spare tools.
To avoid glue getting inside the long M10-nut (stainless steel) I designed and printed some TPU-plugs. Works well!
For final assembly aluminum posts on the anchors another set of stanless screws are provided. Instead of paper templates I quickly designed and printed durable templates. One for the manual kernel tool, in case of that it fails a “normal” kernel tool with hammer will be used.
Similar template for drilling holes for fastening the post-top-hats. Two versions as before.
I am pretty sure that not many people can benefit ot the provided stl-files, but it may give the one or the other an idea or hint to make their world better.
Designed in TinkerCad, printed in PLA on my Voron 2.4.
Note: The main “pattern” consists of two pieces, which I only “hammered” together. The reason was to print both parts lying on the print bed.
Explore my other Printables: https://www.printables.com/de/@Tritschi