Drill & Endmill Containers (fully parametric .f3d)

This is an easy to use protective container for endmills and drills, featuring ribs for secure cap holding and minimal filament usage. You can use the Customize function or the fully parametric Fusion 360 file, allowing you to easily adjust it to meet your specific needs for various sizes of tools. Additionally, I’ve provided a Bambulab Studio .3mf file containing two containers, optimized for printing in sequential vase mode with a 0.4mm nozzle and 0.6mm wall thickness—ideal for this use case. I recommend using translucent clear PETG filament for printing to achieve some transparency, if desired. Also for faster printing, I highly recommend adjusting the "min print speed" in the filament part cooling settings to 40 mm/s. This change can reduce the total print time to just 30 minutes, compared to nearly 2 hours with the standard settings.

Disclaimer :

I have not set specific limits or minimum values on the variables in the parameter list. The model may fail to reconstruct correctly if non valid values are given as input and I recommend restarting from the initial file.

Sizes :

I have created a range of container sizes for endmills and drills in a shorter and longer version including 4 / 6 / 8 / 10 / 12 / 14 / 15 / 16 / 20 mm diameter, available in STL format. There is also a 30 / 46 mm diameter version included for bigger insert endmills.

You can use the Customize web function or Fusion 360 design file!

How to use in Fusion 360:

1. You need to have Fusion 360 already installed.
2. Open Fusion 360 & upload or open .f3d file. Under “MODIFY” menu choose “Change Parameters” as shown below.
3. Right click on each color marked component and click “Save As Mesh”.
4. Export, print (see provided .3mf) and enjoy!