Roll-Up Cabinet Doors

How to Use This Guide

Tambour doors are made from narrow wood slats glued to canvas and riding in curved grooves. Push the handle and the panel rounds the corner and disappears into the cabinet. The same mechanism builds appliance garages, roll-top desks, and workshop wall cabinets.

This guide covers the complete build: how the mechanism works, the dimensions that matter, cutting slats with or without a table saw, routing the groove, gluing up the canvas panel, and what to do when something goes wrong. Kit options including the IKEA TITTEBO are covered up front so you can decide whether to build before you invest any time.

In this guide:

• How it works and whether to buy or build
• Slat and groove dimensions before you cut anything
• How to cut slats with or without a table saw
• Routing the groove and why symmetry is critical
• Gluing slats to canvas
• Testing before you close the cabinet
• What to do when the door sticks or racks

Roll-Up Cabinet Doors at a Glance

A tambour door is a panel of narrow wood slats glued to canvas that slides in curved grooves. Most builders make them for kitchen appliance garages, the compartment between your countertop and the upper cabinets. If standard 24" width works for you, buy the IKEA TITTEBO and call it done. If you need custom dimensions or a specific wood species, build it.

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Part 1: How a Tambour Door Works

A tambour door is a flexible panel: narrow wood slats glued to a canvas backing, riding in grooves cut into the cabinet sides. Push the handle and the panel flexes at each slat joint, rounds the corner, and disappears into the cabinet. Pull it back and the door closes.

"Tambour" is French for drum. The flexible surface behaves like a drumhead. Roll-top desks use the identical mechanism.

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The Two Build Methods

Canvas-backed (the right method for most builders): individual slats glued face-down onto canvas, with small gaps between slats for flex. Needs a table saw or pre-made strips, a router to cut the groove, and a simple plywood jig for assembly. This guide covers this method.

Ball-and-socket profile: a special router bit cuts an interlocking profile on each slat edge, so slats link together without canvas. Better for compound curves, but requires a router table, precise setup, and more practice. Build a canvas-backed door first.

Where Tambour Doors Get Used

The most common application is a kitchen appliance garage: the compartment between your countertop and upper cabinets. Standard dimensions are 18" tall by 12" deep, matching a typical 12" upper cabinet installed 18" above the counter. The tambour door slides up and out of your way.

They also work in workshop wall cabinets, home office storage, and bathroom vanities.

Buy a Kit or Build Your Own?

IKEA TITTEBO ($199): a counter-mounted appliance garage with a tambour door, designed to fit the SEKTION kitchen series. It's 24" wide, matte black only. If that size and color work for your kitchen, it requires zero woodworking.

Lee Valley Tambour Door Kit: a pre-made red oak tambour door on a spring-tensioned track system. You still build the cabinet, but the door comes ready to install.

Custom Service Hardware: appliance garage kits with tambour doors already on a face frame, available in oak, cherry, maple, and alder.

If you need custom dimensions, a specific wood species, or a different finish, build it. If stock dimensions work, buy a kit. Either way, understanding the build process tells you what makes the mechanism succeed or fail.

Part 2: Dimensions and Specifications

Get these numbers right before you cut anything. Slat size, groove size, and curve radius all interact. Get one wrong and the door binds or racks regardless of how well everything else was built.

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Slat Dimensions

Fine Woodworking's tambour door guide scales slat thickness from just under 3/4" for a 60" wide opening down to 5/16" for a 24" opening. For a standard 18" tall appliance garage, 3/8" thick slats are a good starting point.

Make slats slightly thinner than the groove. A slat that fits perfectly in a test groove will bind once the wood absorbs humidity. Clearance, not a press fit.

Groove Dimensions

Match your groove width to a standard router bit and cut your slat tongues to fit. Do not apply oil, polyurethane, or lacquer inside the groove. Film-forming finishes change the groove dimensions by a few thousandths of an inch and cause binding. Leave the groove bare wood or apply a single thin coat of shellac.

Minimum Curve Radius

Branching Out Wood's track sizing guide puts the practical minimum at 2" for small slats. For a standard appliance garage with 3/8" thick slats, plan for a 3" to 4" corner radius. You cannot calculate the exact minimum on paper. You need to mock up and test (covered in Part 6).

Thinner and narrower slats allow tighter curves. If your cabinet design requires a tight corner, use thinner slats. Cramming the same slats around a smaller radius cracks the canvas and locks the door.

Wood Movement Gap Between Slats

Use two stacked business cards as a spacer between each slat during assembly. This gap, roughly 1/32", allows each slat to expand seasonally without pressing against its neighbors and binding the door.

Skip this step and the door slides freely in winter, then seizes in summer when the wood absorbs humidity. On a 20-slat door, 1/64" of expansion per slat multiplies to over 1/4" total. That's enough to lock the door in place.

Part 3: Cutting the Slats

One slat 1/32" thicker than the rest will drag through the groove. One slat 1/16" too wide will rack the door. Consistency is everything here.

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With a Table Saw

If you're setting up a new saw or choosing blades for this kind of ripping work, Grizzly Table Saw covers alignment, blade selection, and safe ripping technique before your first cut.

Start with kiln-dried S4S lumber (four sides already surfaced and flat) at your target thickness. You're ripping to width only, not milling rough stock. This produces more consistent results and saves setup time.

1. Set a featherboard (a shop-made or purchased jig that holds stock against the fence with spring pressure) at the table saw fence to maintain consistent pressure throughout each cut
2. Rip all stock to width in one setup, typically 3/4" to 1" for a standard appliance garage
3. Profile the edges before assembly: a 1/16" roundover on all four long edges prevents slats from catching on the groove walls at the curve. Square edges bind. This step is not optional.
4. Sand all slat faces to 180 grit now. After the canvas is glued on, getting consistent coverage on the faces becomes much harder.

Without a Table Saw

A circular saw with a clamped straight-edge guide rips slats to width. Thickness control is harder. Start with S4S lumber at your target thickness and only cut to width.

A band saw produces slightly rougher surfaces but controls thickness well with a fence. Run a hand plane or drum sander pass after ripping to clean up the faces.

If you don't have a table saw, buy pre-made tambour strips. Lee Valley and Outwater sell pre-dimensioned, pre-profiled strips in multiple wood species. Some come already glued to canvas. Ripping consistent 3/8" slats without a table saw is genuinely difficult. Buying strips lets you focus on the groove routing and assembly, which are where the mechanism lives.

Wood Species

Straight-grained hardwoods work best. Maple is the standard choice: stable, machines cleanly, and available at any hardwood dealer. Red or white oak gives a more traditional look. Cherry and walnut work well for cabinets where the door will show prominently. Alder is a good choice for painted applications.

Avoid highly figured wood (curly maple, bird's eye): inconsistent grain tears out when ripping. Avoid pine and other softwoods: too soft, compresses in the groove over time, eventually binds.

Poplar is a budget option for painted cabinets. Finish the slat faces before assembly. Leave the backs bare. The canvas glue needs raw wood to grip.

Part 4: Routing the Tambour Groove

Route a bad groove and no amount of waxing fixes it. This is the most demanding part of the build, and it goes much better if you plan the path before touching the router.

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Plan the Groove Path Before Picking Up a Router

The groove has three sections:

1. Vertical front section: where the door face shows when the cabinet is closed
2. Curved corner: the turn from vertical to horizontal (3"–4" radius for a standard appliance garage)
3. Horizontal storage section: where the door parks when open

Add an access slot at the top-back: a short straight opening where you feed the door into the cabinet after assembly. Without this slot, you can't load the door once the box is closed up. Builders forget this detail more than any other.

Cut both grooves before assembling the cabinet. Routing accurate curved grooves inside an assembled box is nearly impossible. Cut both side panels flat, then assemble.

Template-Based Routing Method

Make a plywood template of the full groove path. A freehand groove is inconsistent and nearly impossible to replicate on the second panel.

1. Draw the groove path on 1/2" plywood and cut it out
2. Calculate the template offset: (guide bushing outside diameter − router bit diameter) ÷ 2. The guide bushing is the metal collar that fits around the router bit and rides against the template edge. This offset keeps the bit cutting on your intended line.
3. Offset the template edge inward by that amount
4. Clamp the template to your cabinet side panel
5. Use a spiral upcut bit with a guide bushing, which clears chips better than a straight bit and tracks cleanly in plywood templates
6. Route to full depth in multiple passes, no more than 1/8" per pass

Both grooves must be identical. Stack both side panels face-to-face and cut them simultaneously with the same template. Any divergence between left and right causes the door to rack.

Woodcraft's tambour technique guide and Amana Tool's tambour article both walk through the template offset calculation with worked examples.

Part 5: Assembling Slats on Canvas

The gaps must be consistent, the canvas must be sized correctly, and the slats can't shift during the cure. Set up the jig first. Rush the assembly and you reassemble it.

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Prepare Everything Before You Glue

Finish the slat faces now. Apply polyurethane, lacquer, or oil to the face side before assembly. Once the canvas is on, getting consistent coverage on the faces without touching the backing becomes nearly impossible.

Mask tape across the top and bottom edges of each slat face. Glue squeezes out of the gaps during assembly. Tape keeps it off the finished face where it would show.

Build the Assembly Jig

From 3/4" plywood scraps:

• Cut a base panel to the exact door width (groove-to-groove inside measurement)
• Tack edge strips around the perimeter to form walls that hold the slats in position

The jig prevents slats from drifting sideways during glue-up and makes the spacing consistent.

The Glue-Up

1. Lay all slats face-down in the jig, in the correct order
2. Place two stacked business cards as a spacer between each slat
3. Check that all ends are flush before applying any glue
4. Brush white PVA (Titebond) or hide glue on the slat backs in a thin, even coat
5. Cut canvas to size: 1/4" shorter than the total slat length on each end, 1/4" narrower than the total width, so the canvas clears both groove walls with room to spare
6. Starting from one end, lay canvas onto the glued backs and roll out any bubbles
7. Lay a second piece of plywood on top and clamp or weight it evenly
8. Leave it 24 hours

The Woodworkers Journal canvas gluing guide covers the technique in detail, including handling large doors where canvas alignment is harder.

After the Glue Dries

Remove the door from the jig. Trim any canvas overhang with scissors. Peel the masking tape from the slat faces. Round the back corners of the two end slats with a chisel or sander. This helps the door enter the access slot without catching.

Part 6: Testing Before You Close the Cabinet

Assemble the cabinet without testing the door first and you will find the problems after the box is glued shut. Fixing a test piece costs an hour. Fixing an assembled cabinet costs the cabinet.

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Build the Mock-Up

1. Route a test groove into a piece of scrap plywood using the same template and settings as your real cabinet
2. Make 8–10 test slats and glue them to a short strip of canvas
3. Run the mock-up through the test groove

The door should enter the groove smoothly, round the corner without binding, and slide evenly the full length. Racking means the groove depth isn't consistent throughout. Jamming at the curve means the radius is too tight or the slat tongues are too thick. Fix both on the mock-up.

Loading the Real Door

Feed the door into the cabinet through the access slot at the top-back. Before loading, rub paraffin wax (candle wax) on the slat tongues and the groove walls. The wax burnishes to a dry, low-friction film as you slide the door back and forth.

Paraffin wax is the correct lubricant for wooden tambour tracks. Beeswax also works. Do not use WD-40. WD-40 is a water displacer, not a lubricant. It leaves an oily residue that attracts dust and makes the door stick worse over time.

Part 7: Troubleshooting

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Door Binds at the Curve

Three causes, in order of likelihood:

Slat edges are square. Profile them with a 1/16" roundover on all four long edges. Square edges catch on the groove walls at the curve.

Radius too tight. Increase the curve radius or switch to thinner, narrower slats. Don't force the same slats through a tighter corner.

Canvas too wide. Canvas pressed against the groove wall adds friction. Trim it narrower. Each end should clear the groove wall by 1/4".

Door Racks (Tilts as It Slides)

The left and right grooves aren't identical. The door leads with one edge and drags with the other.

Prevent this at the routing stage: stack-cut both panels with the same template. Never route the two sides separately.

For a minor rack, pushing the handle slightly lower often helps. For a severe rack, re-rout one groove to match the other. Identify where they diverge by measuring depth at multiple points along both grooves.

Door Sticks After Installation

Start with the simplest fix: blow debris out of the groove with compressed air, then rub paraffin wax on the slat tongues and groove walls.

If that doesn't fix it, check the canvas. Lift the handle and watch whether the door folds unevenly as it slides. Uneven folding means slats have separated from the canvas. They're no longer acting as a single panel. Wooden It Be Nice's tambour repair guide covers canvas replacement in detail.

Part 8: Where This Technique Leads

A tambour door is cabinetmaking's answer to hardware store pull-down storage. Build one and you understand groove routing, wood movement, and canvas assembly. Those three skills transfer directly to roll-top desk restoration, cabinet refacing, and any project requiring a sliding panel.

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The finish on your slats determines how the door looks for the next ten years. If you want the wood to show clearly, read the applying-polyurethane guide before you coat the faces.

For the other classic cabinet door style, Raised Panel Cabinet Doors covers the frame-and-panel build — grooves, cope-and-stick profiles, and the floating panel that won't crack.

Sources

Research for this guide drew on builder tutorials, woodworking magazine archives, and manufacturer documentation.

• Fine Woodworking — Tambour Cabinet Doors (1993, via Microfence) — definitive technical reference for slat dimensions and groove geometry
• Woodcraft — Guide to Making Tambour Doors — complete technique and canvas assembly instructions
• Branching Out Wood — Tambour Track Sizing — track sizing formulas and groove offset calculations
• ibuildit.ca — How to Make a Tambour Door — step-by-step build sequence with photos
• Woodworkers Journal — Gluing Tambour Sliding Cabinet Doors — canvas gluing technique
• Amana Tool — Making a Tambour Door — template offset calculation for groove routing
• Australian Wood Review — How to Make Tambour Doors — metric dimensions and practical tips
• Lee Valley — Tambour Door Kit — kit specifications and pre-made options
• IKEA — TITTEBO Roll-Front Cabinet — IKEA kit product details
• Outwater — Decorative Tambour Sheets — pre-made slat panel options
• Wooden It Be Nice — How to Repair a Tambour Door — troubleshooting and canvas repair
• Woodweb — Making Tambour Doors — practitioner tips and glue selection