Shoes, books and bags end up on the floor when there is nowhere to put them, and this 12 cube unit gives each one its own square.
This is a 12 cube storage organiser built from metal mesh panels that clip into plastic corner connectors. It suits a bedroom, a hallway or a home office where you need open storage you can shape around the space.
You slot the panels together by hand and tap the joints home with the rubber mallet in the box, so there are no screws to lose. Each cube sits on its own solid panel, so books, folded clothes and boxes rest flat. The open mesh keeps everything in view and wipes clean with a damp cloth.
Key Features
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12 Open Cubes: 3 columns by 4 rows give every item its own square.
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Rubber Mallet Included: Tap each joint tight by hand with no screws or power tools.
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Build It Your Way: The same 12 cubes stack as a tower, a step or an L shape.
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Metal Mesh Panels: Open mesh keeps contents visible and lets air move through stored clothes.
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Wipe Clean Surfaces: Solid base panels and coated mesh clean up with a damp cloth.
Specifications
| Brand: |
Songmics |
| Materials: |
Metal mesh panels, plastic corner connectors, plastic base panels |
| Colour: |
Black, White |
| Number of Cubes: |
12 |
| Layout: |
3 columns by 4 rows |
| Assembled Dimensions: |
93 cm W x 31 cm D x 123 cm H |
| Assembly: |
Tool-free self-assembly, rubber mallet included |
| Care: |
Wipe with a damp cloth |
What's Included
- 1 x 12 cube wire mesh storage organiser
- 1 x rubber mallet
FAQs
How big is it once built?
Built as a 3 by 4 tower it measures 93 cm wide, 31 cm deep and 123 cm high.
Do I need tools to put it together?
No. The panels clip into the plastic connectors and the rubber mallet in the box taps them tight.
Can I build it in a different shape?
Yes. The same 12 cubes can be built as a tall tower, a low step or an L shape to suit your room.
How big is each cube?
Each cube is about 30 cm square, so it takes A4 books, folded jumpers or a pair of shoes.
Order now to clear the floor and give every book, bag and pair of shoes its own cube.