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COREsort - Modular Interlocking Drawer Organizer

Organizers Free
Plan Your Print
About 531 g of filament From the designer's print profile
Print Profile 17h 40m 531 g PLA
What it takes
17 plates 17h 40m 531 g PLA
X1 Carbon, H2C, A1 mini, H2S, A2L, X1E, X2D, H2D Pro, X1, H2D, P2S, P1S, A1, P1P
Profile Details: • Printer Used for Testing: Bambu Lab X1C • Filament Type: PLA (Bambu Lab Matte) • Nozzle Size: 0.4mm What's on each plate? • Plate 1-5: All steps for the 101,5mm (TotalDepth) version • Plate 6-10: All steps for the 50,75mm (TotalDepth) version • Plate 11-13: Steps1-3 for the wide version with TotalDepth=101,5mm • Plate 14-16: Steps1-3 for the 2xheight version with a TotalDepth=50,75mm • Plate 17: Special requests Key Settings Optimized: • Designed to avoid support For a parametric version, please use the Parametric Model Maker.
Plate Details (17)
0.4 mm nozzle, all plates
Plate 1 · Step 1 - COREsort Main Frame - 101,5mm
1h 59m 52 g PLA · 52 g
Plate 2 · Step 2 - Drawer Box - 101,5mm
40m 23 g PLA · 23 g
Plate 3 · Step 3 - Drawer Box Label
9m 2 g PLA · 2 g
Plate 4 · Step 4 - Side Parts
1h 19m 31 g PLA · 31 g
Plate 5 · Step 5 - Internal Inserts - 101,5mm
32m 21 g PLA · 21 g
Plate 6 · Step 1 - COREsort Main Frame - 50,75mm
1h 6m 29 g PLA · 29 g
Plate 7 · Step 2 - Drawer Box - 50,75mm
34m 15 g PLA · 15 g
Plate 8 · Step 3 - Drawer Box Label
9m 2 g PLA · 2 g
Plate 9 · Step 4 - Side Parts
1h 19m 31 g PLA · 31 g
Plate 10 · Step 5 - Internal Inserts - 50,75mm
23m 11 g PLA · 11 g
Plate 11 · Step 1 - COREsort Main Frame - 2x 101,5mm
2h 59m 87 g PLA · 87 g
Plate 12 · Step 2 - Drawer Box - 2x 101,5mm
1h 5m 38 g PLA · 38 g
Plate 13 · Step 3 - Drawer Box Label
11m 3 g PLA · 3 g
Plate 14 · Step 1 - COREsort Main Frame - 2x 50,75mm Vertical
1h 33m 44 g PLA · 44 g
Plate 15 · Step 2 - Drawer Box - 2x 50,75mm Vertical
50m 27 g PLA · 27 g
Plate 16 · Step 3 - Drawer Box Label
9m 2 g PLA · 2 g
Plate 17 · Special - 2x4
2h 42m 113 g PLA · 113 g
Designer's Description
Scalable Layouts

Designed to grow with your collection. Start with a single unit and expand infinitely across your workspace or wall.

Interlocking Stability

Proprietary dovetail locking mechanisms ensure that stacked units act as a single, rigid monolithic structure.

Tool-Free Assembly

No screws or glue required for the core structure. Components slide into place with satisfying precision.

Zero Waste Design

Optimized for FDM 3D printing with minimal supports, reducing material waste and print time significantly.

Precision Frames
Smart Drawers
Label Logic

High-strength outer shells with integrated interlocking geometry for multi-axis stacking. Smooth-glide internal bins with ergonomic pull-handles and optional internal dividers. Standardized label slots for 12mm tapes or custom 3D-printed identifier tags.

3 Critical Variables

To ensure all components function as a single unit, you must remember and reuse these specific values throughout every file generation in the Bambu Lab Parametric Model Maker.
Grid X Grid Y TotalDepth

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Step 1 - The COREsort Main Frame

Begin by printing the COREsort Main Frame . This is the skeleton that dictates the overall footprint of your sorting system.

  • Define your global Grid X & Y
  • Set your target unit depth
Step 2 - Drawer Box

The Drawer Box is the primary containment unit. It must slide freely into the COREsort frame.

All necessary tolerances have already been factored in.

Step 3 - Drawer Box Label

Identity is key to organization. Print the custom labels to slide onto the front face of your drawer boxes.

Tip: Use a contrasting color for the label text to make hardware categories instantly recognizable.

Step 4 & 5 - Customization (Optional)

Side Parts: Functional enclosures or aesthetic panels that warp around the cabinet. Choose between eight different patterns.

Internal Inserts: Micro-compartments for small screws or electronic components.

The Manufacturing Sequence
1. Frame 2. Box 3. Label 4. Sides 5. Insert

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Tips and Tricks
  • The standard TotelDepth is 50,75mm and 101,5mm (see pictures for reference).
  • For normal hardware organization I recommend Grid_X=1, Grid_Y=1 and TotalDepth=101,5mm
  • Needed filament for above recommendation per unit: ~73g (no side panels and no inserts)
  • Please turn on the support for the drawer box. Use tree (auto) and “on build plate only”

The shown example is available from inside the provided print profile. No need to use the Parametric Model Maker.

Remember: Always use the previously defined values when using the Parametric Model Maker.

For questions, feedback or help, don't hesitate to write me a message or comment below. Thanks.

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