This is a remix of ‘Bambu Lab Build Plate Storage Holder Desk / Wall Mount’ by Skibby on Printables, to include 3MM plate slots, be more compact, and take less material. Can be mounted with Screws or 3M/Command tape.

• 5- Plate PETG version prints in under 8 hrs
• 5- Plate PLA version prints in under 7 hrs

This model is for the 256x256mm Build Plates for the X1, X1C, P1S, P1P, and A1. an A1-Mini edition is coming soon

No supports required

Single plate print “print in place”

No additional hardware required

No tools or assembly required

PLA and PETG specific print profiles with different designs to facilitate each - please pick the correct one before printing. 

There are 6 versions of each for PLA or PETG: (each build plate is labeled)

• 5 Plate holder with flat/straight/perpendicular aligned plates (no screw holes)
• 5 Plate holder with Stair-stepped/angled aligned plates (for at-a-glance identification from side/front/above) (no screw holes)
• 5 Plate holder with Stair-stepped/angled front + With holes for screw mounting
• 3 Plate holder with flat/straight/perpendicular aligned plates (no screw holes)
• 3 Plate holder with Stair-stepped/angled aligned plates (for at-a-glance identification from side/front/above) (no screw holes)
• 3 Plate holder with Stair-stepped/angled front + With holes for screw mounting

Design updated to include:

• 3MM plate slots - Increased from 1mm each to hold thick plates like Garolite and Glass Plates (e.g 1.5mm for the LightYear G10)
• Minimized gaps between slots
• Added large holes on top and bottom walls for 50%> reduced material usage
• Added structural support struts at back/bottom to prevent warping or accidental damage while installation.
• Smoothed face out for those who like ironed surfaces or for clean color swaps if you want to make it 2 color.

Designed for PLA or PETG: Select the correct print profile before printing.

Note that there are two separate versions of these models for PLA and PETG + others. The PETG version uses 45 degree angles instead of arcs for overhangs, and can also be printed in PLA.