AZIMUTH the World's First 3D Printed Compass
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AZIMUTH is an open source 3D printed compass that is fun to assemble and enjoyable to use.
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The AZIMUTH compass is made up of a 3D printed case and two dials engraved in transparent acrylic, the AZIMUTH compass, unlike other compasses, is equipped with a magnet and a compass rose as a needle.
Its durable construction and ergonomic design make it ideal for outdoor enthusiasts or simply to decorate an office. It can be used as a school educational tool to demonstrate the physical properties of magnets
For this project you need: one neodymium magnet size D10x4mm and a 2mm sheet of acrylic
step 1:
The first thing to do is to obtain
a piece of a transparent sheet of acrylic 2mm thick then download the “porthole compass.
dxf" attached to be able to engrave and cut the pieces of the dial (you will need 2 pieces) you can use a CNC or a laser engraver (with the CNC you will have a text with a 3d rendering)
step2
In this step you will print and glue the magnet plus the needle together. to do this download the file named "needle config.stl" or "needle needle not config.
stl" the difference between the two files is that the file named "needle config" has already been Paint at the needle tip and to print it you must have a multi-color 3D printer or you must enable manual filament change.
Finally place the magnet in the slot of the needle and use cyanoacrylate glue to nest everything. when placing the magnet, make sure that its north face is oriented towards the colored point to do this you can use the compass on your phone to help you.
step3
In this step you will make the upper dial landing. To do this download the file named "upper dial.stl" slice it and add a printing pause just before the start of the landing to be able to add one of the two engraved dials then go to printing.
During printing before adding the dial, make sure that the engraved part is facing upwards and that the keying points match correctly.
step:4
here we will finalize the making of the compass. Download the file named "compass body.stl" then slice it. in the slicer add print pauses so that you can add the second dial, followed by a second pause where you can add the needle assembly plus the first dial that was printed.
For more details visit the project on my instructable
https://www.instructables.com/AZIMUTH-the-Worlds-First-3D-Printed-Compass/