
Dust collector closet
A pale mint MDF closet that swallows the loudest, ugliest thing in the shop: the canister collector stands on its bin dolly inside a felt-lined bay, its exhaust leaving through a louvred top section of the door, and rolls out to be emptied. A slim cupboard beside it keeps hoses, blast gates and spare filters, all in one metre of wall.
Passes Crava's checks for fit, strength and stability. Change any size, the wood or the finish in the app, and it is checked again.
At a glance
- Overall W x D x H
- 1144 x 1458 x 2003 mm45 1/16" x 57 3/8" x 78 7/8"
- Parts to cut
- 26
- Build steps
- 50
- Boards
- 1
- Sheets
- 7
- Solid wood
- 0.8 bd ft
- Weight
- 800.6 kg1765 lb
Materials
- MDF
- Poplar (paint grade)
Finish
- Paint - pale mint, satin
Tools
- Saw
- Square
- Tape
- Router
- Drill
- Clamps
- Sandpaper
- Brush
Hardware and fittings
- 1 x Anti-tip furniture wall bracket, steel, with stud screws
- 1 x Acoustic felt panel, 12mm, charcoal
- 1 x Bar pull, 200mm, matt black
- 4 x Concealed cabinet hinge, full overlay, 110 degree
- 1 x Your 1.5kW canister dust collector (not part of this build)
- 1 x Flexible dust hose, 100mm, 1.2m, with clamps
- 1 x Flanged dust port, 100mm
- 1 x Remote-control power switch for the collector, plug-in
- 4 x Concealed cabinet hinge, full overlay
- 1 x Bar pull, 128mm centres, matt black
Cut list
The first 3 of 15 lines, in millimetres (inches below), finished size including joint allowances.
| Letter | Qty | Part | L x W x T | Material |
|---|---|---|---|---|
| A | 2 | Bay - Side | 2000 x 754 x 1878 3/4" x 29 11/16" x 11/16" | MDF |
| B | 1 | Bay - Back | 2000 x 700 x 678 3/4" x 27 9/16" x 1/4" | MDF |
| C | 2 | Store - Side | 2000 x 736 x 1878 3/4" x 29" x 11/16" | MDF |
| +21 more parts | ||||
Open this design in Crava to see the full cut list and plans - all 26 parts, cutting diagrams for every board and sheet, a drawing of each part, and the 50 build steps in order.
Open in CravaOpening and changing a design needs no account. The full plans come with a free one.
The 3D model
