3D Printed Storage Box for 2 DJI Avata Batteries - Protection and Transportation Made Easy

Welcome to our innovative product - 3D printed storage box for DJI Avata batteries, available for DIY printing on Cults3d!

This storage box is the perfect choice for all DJI Avata owners looking for a convenient, safe and compact way to transport and store their batteries. Specially designed for DJI Avata batteries, our box can hold up to two batteries and perfectly protects them from shocks and damage when carrying them in a bag or backpack.

The box is open at the top and allows quick and easy removal of the batteries. The compact and lightweight design allows you to comfortably carry the box on your belt and have your batteries at hand at all times. In addition, the plugs of the batteries are kept safe and secure by a special plug-in device.

I recommend the following print settings for PLA:

Quality:

Layer thickness - 0.2mm

Thickness of the first layer - 0.2mm

All line widths - 0.4mm

Line width first layer 130%

Important!!!

Support structure

Support structure - on

Support structure angle - 59 °

Pattern - lines

Density - 10%

x/y distance - 0.8mm

Horizontal extension of the support structure - 0.8mm

Enable support structure interface - on

Support structure fill layer thickness - 0.2mm

Support roof and support floor - on

***small update!

It looks nicer when the outer surfaces are roughened via the fuzzy function (uneven outer skin) activatable in the Experimental Funtions area of Ultimate. However, this cannot simply be applied to the entire component. Despite the function "Switch off pressure on outer walls", parts in the inner area of the holder would also be roughened. Due to this "roughening", the batteries would now no longer fit.

As a solution, I myself apply structure blocker to the outer walls only. I then select these structure blockers in the individual settings per object and apply "Trim Mesh" to them. There, the "Fuzzy skin (irregular outer skin)" and "only on irregular outer skin" are then selected and applied.

In the download section, the *.3mf file of the holder with my print settings was also added. Of course, these must be adapted for your own printer. I offer this as an addition, but without guarantee that this will work.

These are only approximate indications of my print settings. All without guarantee. These may vary from printer to printer, from filament to filament manufacturer.

These are only recommendations! For the printing of my files offered here everyone is responsible!