Fusion360 thread types

This will create a file named output.xml in the working directory which you can then rename and install in Fusion as described above.

If you just want to use the profiles with no customization, download the file 3DPrintedMetricV3.xml, save it in the following directory and then restart Fusion 360.

Npt threads in fusion360

You can generate your own thread profile file using the main.py script. To execute the script, Python 3.9 or newer is required. The script has no parameters and can be executed like so:

ModelingNPT threads in Fusion360

-> Earlier, the Punjab Subordinate Service Selection Board were released for the 21 vacancies to hire candidates for the post of Junior Draftsman.

Fusion360 maleNPTthread

Note: Profiles will need to be reinstalled after every Fusion 360 update. To do this automatically, check out the ThreadKeeper plugin.

Macintosh HD> Users> [Username] > Library > Application Support > Autodesk > Webdeploy > production > [Version specific ID] > Then right click on "Autodesk Fusion 360" and choose Show Package Contents > Contents > Libraries > Applications > Fusion > Fusion > Server > Fusion > Configuration >ThreadData

ExternalNPTthreadFusion360

Fusion 360 comes with various thread standards, most of which are not a great fit for 3D printing because they are too fine to work well when printed. This project defines thread profiles that are aimed at 3D printing so that they work, even when printed with lower detail settings (e.g. 0.30mm layer height).

The provided 3DPrintedMetricV3.xml file contains the thread profiles listed below. Additional profiles can be easily generated from the included Python script.

-> Meanwhile, the serious aspirants must go through the PSSSB Junior Draftsman Previous Year Papers which will help them to streamline their preparation in the right direction.

The classes specify tolerances. O.0 has the tightest tolerances which are loosely based on ISO M30x3.5 6g/6H. The number after the 'O.' specifies, in tenths of a millimeter, how much the major, minor and pitch diameters are offset compared to O.0. For example, O.2 would have a 0.2mm looser tolerance than O.0.