Print Sheet Holder – RepBox Side Mount – For Prusa MINI/+

A companion to the MK3 RepBox side-mounted print sheet holder, for the MINI/MINI+ print sheets. There are two versions: one for MMU printing (pictured) and one with debossed sheet label text for single material printing.

This print sheet holder cannot be printed on the MINI/+ (too large) and is designed specifically for setups similar to the one in the photos (and pictured below), which incorporates both a MK3 and a MINI.

Optional magnets can be embedded in the print which can then be used to store things (like the RepWinder-RepBox Loading Tool) on the bottom of the print sheet holder (if your RepBox is mounted to a wall).

For those of you who like this design, but only own a MINI/+ and are frustrated by the bolded statement above, I do plan to design a variation of this print sheet holder which will be printable on the MINI/+; similar to this design. Stay tuned…

Parts & Hardware:

• 1x Print Sheet Holder
• 1x RepBox-2PCS-TFBracket_mod (single print/file, two parts)
• 2x M4x25mm screw
• 2x M4 nut

You should probably also have a RepBox to mount it to.

Printing Recommendations:

Print Sheet Holder

• Use a 0.6mm nozzle if you have one; cuts the print time by nearly 50%.
• 0.3mm layer height if you're using a 0.6mm nozzle; 0.2mm layer height with a 0.4mm nozzle.
• 3 perimeters.
• 15% infill with the pattern of your choice is sufficient; I used cubic.
• All provided G-code files include a print pause for the optional magnets. If you are creating your own G-code and would like to use the magnets, don't forget to include the print pause.
• All of the provided .3mf files include PrusaSlicer settings and a print pause for the magnets; remove the print pause if you are not using magnets.

Modified TFBrackets

• Use a 0.4mm nozzle for better detail around the nut pocket opening.
• 0.15-0.2mm layer height.
• 15% infill with the pattern of your choice is sufficient (there is very little infill in these anyway due to the small size and number of holes passing through them).

Assembly:

Assembly is the same as described here. Yes, I'm being lazy… I know.