Stackable Box Designer
Create open-top boxes with a stacking mechanism. The bottom panel is raised so that recesses along the bottom edge and tabs along the top edge of the side walls interlock when boxes are stacked.
Stacking Mode
1 tab per side — simple vertical stacking
Box Dimensions
Dimensions incl. material thickness and stacking features
Total height of the box (outer dimension)
Material
Thickness of the material (e.g. plywood, MDF)
Laser cut compensation (0 = none)
Finger Joints
Target width for each finger
Handle Cutouts
Distance of the handle cutout top edge from the upper edge
Layout
Stacking Mechanism
Stacking tabs on top and recesses at the bottom with 30° chamfers interlock securely when stacking.
Raised Bottom
The bottom panel sits raised inside the box, leaving room for the stacking mechanism underneath.
Optional Handle Cutouts
Rounded handle cutouts on the short sides make the boxes easy to carry.
Tips for Stackable Boxes
- Material thickness: 4–6 mm plywood works best. Thinner materials can become unstable when stacked.
- Stacking mechanism: The height of the stacking tabs matches the material thickness. The safety margin to the bottom panel prevents boxes from slipping.
- Handle cutouts: Placed on the short sides by default. The width should be at least 60 mm for a comfortable grip.
- Test cut: Build a small test box first to check the fit of the finger joints.
Example Use Cases
Workshop Organizer
Stackable boxes for screws, small parts and tools – space-saving and easy to keep organized.
Storage System
Modular storage boxes in different sizes that stack securely on top of each other.
Drawer Inserts
Open-top boxes as drawer inserts – individually removable and stackable.
Market Stall Display
Stacked display boxes for presenting products at markets and trade fairs.