
Cherry sharpening station
Everything for sharp tools in a 900mm cherry cabinet: a lift-out stone pond sunk in the top with a maple bridge for three waterstones, and a slow-speed grinder that lives in a slot under the top and runs out on full-extension slides when it is needed, then disappears so the mess stays in one place.
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
- 900 x 918 x 1300 mm35 7/16" x 36 1/8" x 51 3/16"
- Parts to cut
- 55
- Build steps
- 77
- Boards
- 13
- Sheets
- 3
- Solid wood
- 42.6 bd ft
- Weight
- 133.1 kg293 lb
Materials
- Cherry
- Birch plywood
- Hard maple
Finish
- Finishing oil - Hardwax oil, satin
Tools
- Saw
- Square
- Tape
- Router
- Clamps
- Drill
- Table saw
- Chisel
- Sandpaper
- Brush
Hardware and fittings
- 1 x Rigid polypropylene tray, 390 x 300 x 60mm
- 1 x Your waterstones (not part of this build)
- 1 x Full-extension ball-bearing slide, 450mm, 45kg, pair
- 1 x Your slow-speed wet/dry bench grinder (not part of this build)
- 1 x Vegetable-tanned strop leather, 300 x 60mm
- 8 x Side-mount drawer slide, 500mm
- 4 x Edge pull, 150mm, brushed brass
- 2 x Concealed cabinet hinge, full overlay
- 1 x Round knob, 30mm, brushed brass
Cut list
The first 3 of 42 lines, in millimetres (inches below), finished size including joint allowances.
| Letter | Qty | Part | L x W x T | Material |
|---|---|---|---|---|
| A | 1 | Drawers - Back | 850 x 450 x 633 7/16" x 17 11/16" x 1/4" | Birch plywood |
| B | 1 | Cupboard - Back | 640 x 450 x 625 3/16" x 17 11/16" x 1/4" | Birch plywood |
| C | 2 | Drawers - Drawer 1 side | 500 x 150.5 x 1219 11/16" x 5 15/16" x 1/2" | Birch plywood |
| +51 more parts | ||||
Open this design in Crava to see the full cut list and plans - all 55 parts, cutting diagrams for every board and sheet, a drawing of each part, and the 77 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
