Rectangular 4-Tier Cupcake and Display Stand Plans (For Weddings and Birthdays)

I designed this project so that cupcakes on wedding and birthday tables can be presented in tiers that rise one above the other and suit a long table layout. The four rectangular shelves rest on a pair of stepped side plates, one at each side of the stand. I call these side plates shelf holders, as the guide does: each is a single-piece plate that all four shelves slot into, narrowing step by step as it rises. The stand occupies a 22" × 9" (55.9 × 22.9 cm) area on the table and rises to a height of 16.45" (41.8 cm).

A multi-purpose stand: I designed this stand to be used for more than cupcakes. The same shelves serve as well for presenting light sweets such as cupcakes, cookies, and macarons as they do as a display stand when you're selling products: jewelry, small gifts, small handmade items, or counter items such as business cards and price tags can be arranged tier by tier. Because each tier sits behind the one before it, the items in the back rows are visible from the front too; its flat back and forward-facing presentation suit a fair or market stall where customers approach from the front. The usage details are in the Capacity and Layout block.

Why stepped: Each tier starts 1-1/2" (3.8 cm) behind the tier below it. So an exposed strip is left in front of every tier; you don't have to reach under the tier above to see and take the cupcakes below. The back of the stand, on the other hand, is flat: the top three shelves and the holders end flush at the back, so you can move the stand up close to a wall or a backdrop board. The presentation faces one direction, the front, where guests arrive.

Why there's no main post in the middle: Because I carry the shelves from the two sides, no part stands in front of or above the 22" (55.9 cm) wide shelves. The holders sit 2-9/16" (6.5 cm) in from both ends of the shelves; 16" (40.6 cm) of uninterrupted shelf surface is left between them. The four shelves have a total surface of about 3.79 sq ft (0.35 m²); that's about 2.75 times the table area the stand occupies.

How it stays up: The load rides on the interlocking joints, not on screws or nails. Each shelf fits without any gap into holder slots drawn to the sheet thickness; the shelf's weight travels from the slot's lower edge into the holder, and along the holder down to the table. Because the four shelves tie the two holders together, once the shelves are seated in their slots the stand acts as a single frame against swaying sideways.

Why glue-free: All six parts come out of a single 2×4 ft (61 × 122 cm) sheet of plywood and are joined to each other only by the interlocking joints; there's no glue, nail, screw, or miter cut. The stand comes apart into six flat parts: you can take it to a wedding, a fair, or a market stall as a flat package and set it up on site, then take it apart again when the event is over.

Once assembled, the structure has a width of 22" (55.9 cm), a depth of about 9" (22.9 cm), and a total height of 16.45" (41.8 cm).

The listing gives the height as 16" (40.6 cm). That measurement runs from the floor to the underside of the top shelf; the shelf's own thickness, 0.453" (11.5 mm), comes on top of it. If you're planning to fit the stand under a shelf or cabinet, work with 16.45" (41.8 cm).

All four shelves are 22" (55.9 cm) wide; what sets them apart is their depth. Shelf depths, bottom to top:

• 1st shelf (bottom): 7-1/16" (17.9 cm)
• 2nd shelf: 7-9/16" (19.2 cm)
• 3rd shelf: 6-1/16" (15.4 cm)
• 4th shelf (top): 4-9/16" (11.6 cm)

The deepest shelf is the 2nd shelf, not the bottom one. The 1st shelf sits furthest forward but starts 2" (5.1 cm) in from the back; the front edge of this shelf sets the stand's total depth.

The shelves are spaced on 4" (10.2 cm) centers; the undersides of the shelves sit 4", 8", 12", and 16" (10.2, 20.3, 30.5, and 40.6 cm) above the floor. Subtract the shelf thickness and 3-9/16" (9.0 cm) of clear height is left between two shelves. There is 4" (10.2 cm) of space under the bottom shelf, down to the table.

Each shelf projects 1" (2.5 cm) beyond the front of the holders. The two holders sit 2-9/16" (6.5 cm) in from the two ends of the shelves: 16" (40.6 cm) between their inner faces and about 16-7/8" (42.9 cm) between their outer faces. The base of the holders that sits on the table is 8-1/16" (20.5 cm) deep.

Together, the four shelves have about 3.79 sq ft (0.35 m²) of surface once the slots and notches are subtracted. The largest share is on the 2nd shelf; the top, 4th shelf is about 60% the size of the 2nd.

Capacity: When the whole stand is filled with a single size of cupcake, it holds about 320 mini, 75 standard, or 50 large cupcakes. I calculated these figures from the dimensions of the four shelves, placing the cupcakes on the shelves one by one. I define the sizes by the cupcake's bottom and top diameter:

• Mini: bottom diameter 3/4" (1.9 cm), top diameter 1-1/4" (3.2 cm)
• Standard: bottom diameter 2" (5.1 cm), top diameter 2-1/2" (6.4 cm)
• Large: bottom diameter 2" (5.1 cm), top diameter 3" (7.6 cm)

You can measure your own cupcake together with its liner to see which size it falls into. The figures are approximate; the count changes with the diameter of the paper liner and how tightly you space them.

As a sales display: This stand was designed for product display as much as for cupcakes. At a fair, market, or craft stall you can arrange small items such as jewelry, small gifts, and handmade soap and candles tier by tier, together with counter items such as business cards and price tags. Because each tier sits behind the one before it, the items in the back rows are visible from the front too; the flat back of the stand sits against the back edge of the stall or in front of a backdrop board while the presentation faces the customer. The 3-9/16" (9.0 cm) of clear height between the tiers is enough for small items; put a taller piece on the open top shelf. I designed the shelves for light items; don't put bottles, full bowls, or heavy decor objects on them.

Check the height of your cupcakes before you set up the table. On the first three tiers, an open strip 1-1/2" (3.8 cm) wide is left in front of each shelf; the rest of the shelf is under the shelf above. That strip is narrow for a standard or large cupcake. So the cupcakes you put on shelves 1–3 have to fit under the shelf above, in 3-9/16" (9.0 cm) of clear height; the only tier that's completely open on top is the 4th shelf at the top. If you're using cupcakes with tall frosting, measure one together with its liner; set aside any that don't fit for the top tier. For the large size the count depends heavily on height: by my calculation, a large cupcake 3-1/2" (8.9 cm) tall clears the underside of the shelf above on tiers 1–3 by only about 0.05" (1.2 mm); if your cupcake is taller than that it won't fit on these tiers, and for the large size only the roughly 10 that sit on the top shelf are left.

My layout suggestions:

• Give the fullest arrangement to the lower tiers. The 1st and 2nd shelves are the deepest; keeping the weight low also helps the stand's balance.
• Account for where the holders are. 2-9/16" (6.5 cm) in from each end of every shelf, the holder plate, 0.453" (11.5 mm) thick, rises from the top of the shelf up to the next tier; no cupcake goes on that thin line, so arrange the rows on either side of it accordingly.
• Don't put heavy items at the shelf ends. The 2-9/16" (6.5 cm) ends outside the holders are for light items.
• The top shelf is your showcase. The top shelf, 4-9/16" (11.6 cm) deep, is the only tier with no height limit; you can display a few special pieces here, such as ones with name decorations, candles, or tall frosting.
• Don't put cupcakes directly on the wood surface; arrange them in their paper liners or on small serving plates (details in the Surface, Edges and Food Contact block).

3 CNC files in SVG, DXF, and DWG format: I provide the same cut package in three formats (SVG, DXF, DWG) so it can be opened with different programs. You don't need paid software to open them: LibreCAD (free, open-source) and QCAD (free community edition), both of which run on Windows and Mac, are enough; if you want a Windows-only option, Autodesk's free viewer DWG TrueView is available. If you're having the parts CNC- or laser-cut, you don't have to open the file yourself — you can hand it straight to the shop.

Check the scale when you first open the file: CAD programs can interpret a file's units differently. Confirm that the bottom shelf shows as 22" (55.9 cm) wide; if you see a different value, change the program's unit setting, or tell the shop that the shelves must measure 22" (55.9 cm). This check matters for the slots too: if the scale drifts, the 0.453" (11.5 mm) wide slots narrow or widen as well, and the shelves won't seat.

1 PDF production guide: An 8-page guide, in English, explained through drawings. It includes an exploded perspective diagram showing the shelves by number, a side section showing the shelf heights, a top view of the four shelves (notch and slot detail), a dimensioned drawing of the shelf holder, an assembly page, and a materials page.

I prepared the guide for A3; you can also print it scaled down to A4 or US Letter. Since every dimension is written out in numbers on the page, and the guide has no 1:1 scale template, scaling down doesn't spoil any measurement.

The guide has no separate cut list table or sheet layout page. The sheet layout is in the CNC file itself; I've given the full list of the 6 parts in the Panel Count and Cut List block in the Materials section. There's no printable template for hand-cutting on this project either: since every edge on every part is straight, you can mark the dimensions from the guide onto the sheet and cut.

What decides your material on this project isn't the wood species but the thickness. The slots in the holders and the notches in the shelves were drawn with no clearance to the actual thickness of the sheet I used as the reference in the guide, 0.453" (11.5 mm). When the thickness changes, the shelves either won't go into the slot or sit loose in it.

Nominal versus actual thickness: The thickness on a plywood label and the sheet's real thickness are often different. The sheet in the guide is sold in the US under a "1/2 inch" (12.7 mm) label, but its actual thickness is 0.453" (11.5 mm). So trust the measurement, not the label: measure the sheet with calipers at several points before you buy it.

Recommended: plywood measuring 11–11.5 mm in actual thickness. I recommend two product groups:

• Prefinished maple plywood — This is the product I used as the reference on the guide's materials page: Columbia Forest Products PureBond Prefinished Maple Project Panel, 1/2" × 2 × 4 ft (12.7 mm × 61 × 122 cm). It's a hardwood plywood made for interior use, with a maple veneer face; it's sold with the surface sanded and coated with a clear protective layer cured by UV light. Since it needs no paint or varnish, it's my first choice for this stand.
• Birch plywood — Its plies are tight and free of gaps, so the cut edge comes out clean. Where plywood is sold by millimeter thickness (Europe and elsewhere), look for a sheet labeled 12 mm, and be sure to measure its actual thickness. If the sheet is uncoated, you'll need to protect its surface yourself (Surface, Edges and Food Contact block).

Avoid:

• A sheet with an actual thickness of 12 mm or more. The slots are 11.5 mm; a 12 mm shelf is about 0.5 mm too tight in every slot. You'd have to open up all eight joints with sandpaper, and a slot edge that's forced can crack.
• A sheet with an actual thickness of 10 mm or less. The shelves sit loose in the slots with a gap of 1.5 mm or more; since on this stand it's the tightness of the fit, not glue, that holds the joint, the shelves play, the stand wobbles, and the shelves don't sit level.

Whichever sheet you buy, fit all the shelves into the holders once after cutting. Sand a tight slot lightly on its inside edge; don't force it, because the thin section beside the slot cracks when forced. If the thickness you measure falls outside the 11–11.5 mm range, message me on Etsy before you start cutting; let's adapt the file together.

All the parts come out of a single 2×4 ft (61 × 122 cm) sheet. The reference sheet in the guide actually measures 24" × 48" (61 × 121.9 cm), with a thickness of 0.453" (11.5 mm). If you buy a larger sheet, a quarter of a 4×8 ft (122 × 244 cm) sheet is enough. In the cut file the shelves are laid out side by side so that their 22" (55.9 cm) lengths run along the sheet's 24" (61 cm) short edge.

The layout has spare room: about 63% of the sheet turns into parts. From the offcut you can recut a botched shelf holder, but a new 22" (55.9 cm) shelf won't come out of it; if you're cutting by hand, I recommend keeping a spare piece of sheet on hand for the shelves.

The 6 parts in the cut file (all 0.453" / 11.5 mm thick):

• 1st shelf (1 piece): 22" × 7-1/16" (55.9 × 17.9 cm). One open notch on the back edge, 2-9/16" (6.5 cm) in from each end, 1-9/16" (4.0 cm) deep.
• 2nd shelf (1 piece): 22" × 7-9/16" (55.9 × 19.2 cm). In the same positions, one open notch 3-1/16" (7.8 cm) deep each.
• 3rd shelf (1 piece): 22" × 6-1/16" (55.9 × 15.4 cm). Like the 1st shelf, one open notch 1-9/16" (4.0 cm) deep each.
• 4th shelf (1 piece): 22" × 4-9/16" (55.9 × 11.6 cm). Instead of notches, two closed slots 1-9/16" (4.0 cm) long, 1" (2.5 cm) in from the back edge and 2-9/16" (6.5 cm) in from the ends.
• Shelf holder (2 pieces): 16.45" × 8-1/16" (41.8 × 20.5 cm) stepped side plate. It has three slots open at the front and, at the top, a tab 1-9/16" (4.0 cm) wide that passes into the closed slots of the 4th shelf. The two holders are exactly identical; there's no left and right.

The slots and notches are 0.453" (11.5 mm) wide, the same as the sheet thickness.

Number the shelves 1 to 4 in pencil right after cutting them. Which shelf goes on which tier is covered in the Identifying the Parts and Checking the Slots block.

No glue, nails, or screws. I designed this stand to be glue-free, so it can be taken apart and set up again. The six parts are joined to one another only by halving joints: the shelf's notch or slot fits onto the holder's slot or tab, and the two parts lock each other in place. Because the slots and notches are drawn with no clearance to the sheet thickness, the shelves seat tightly; these joints both carry the load and hold the shelves in place.

Why glue-free: A stand that can be taken apart can be carried and stored as a flat package. You take it to the wedding hall, a fair, or a market stall as six flat parts, set it up on site, and take it apart again when the event is over. No tools are needed for setup.

Don't drive nails or screws into the thin sections beside the slots. A panel 0.453" (11.5 mm) thick can crack at the edge; and a stand that's been nailed or screwed can no longer be taken apart.

Clamps and waiting: Not needed. The moment the shelves are seated in their slots, the stand is ready to use; there's no drying time to wait out.

Consumables: To clean up the edges and slot mouths after cutting, 180–220 grit sandpaper, a flat sanding block, and a pencil for numbering the shelves are enough.

This is an indoor tabletop stand. Since the reference sheet is sold prefinished, paint or varnish isn't required; after cutting and assembly the stand is ready to use.

Cut edges: On the cut edges of the plywood the layer lines are left exposed. The prefinished coating is only on the faces of the sheet; the edges are bare wood. You can leave the edges in their natural state, or brush just a thin coat of water-based varnish onto the edges alone (Sanding and Edge Finishing block).

If you still want to paint: Paint may not grip a UV-coated surface well directly. Dull the surface with 220 grit sandpaper, then apply a bonding primer and a water-based acrylic furniture paint (acrylic enamel, cabinet paint). If you used an uncoated sheet such as birch, water-based polyurethane varnish protects pale wood without yellowing it; two thin coats in a matte or satin sheen are enough.

Don't paint the slots, the notches, or the part of the shelf that sits inside the slot. These joints were drawn with no clearance; the thickness of the paint jams the shelves, and each time the stand is taken apart and put together the paint on the slot edge wears away. Before painting, cover these areas with masking tape, paint while the parts are separate, and remove the tape after the paint has dried.

Food contact: I'm not making a firm ruling on whether the wood, the sheet's prefinished coating, or a product you apply afterward is suitable for direct contact with food. Here is what I recommend:

• Arrange cupcakes in their paper liners or on small serving plates; don't put frosted items directly on the wood surface.
• For paint or varnish, choose a product that is labeled as suitable for food contact ("food safe" or "food contact").
• Don't settle for the surface feeling dry to the touch; wait for the full cure time stated on the label, and only then use the stand with food.

There are two ways to build this project, and which one you choose depends on what you have access to.

1. CNC / laser cutting — Hand the SVG, DXF, or DWG file from the package to a CNC or laser shop. All six parts come out with the same precision; the slots and notches, 0.453" (11.5 mm) wide, in particular are cut to the most accurate dimensions this way. If you're having it laser-cut, ask the shop beforehand whether its machine can cut 12 mm plywood cleanly.
2. Cutting by hand with a jigsaw — Draw the dimensions from the guide and the cut list on this page onto the sheet yourself and cut them out. Every edge of every part is straight and the corners are square; there's no curved silhouette to follow.

Three notes if you're cutting by hand:

• Long straight cuts: Cut the 22" (55.9 cm) shelf edges with the jigsaw run against a straightedge batten; a wavy shelf edge is immediately obvious at the front of the stand.
• Open notches and holder slots: Cut the two sides of the notch parallel up to the line, cut out the piece between at its base, and true the base with a file. Cut the slot on the inside of the line and sneak up on the final size by sanding, test-fitting it with a shelf; in a slot 0.453" (11.5 mm) wide, material that's been removed doesn't come back.
• Closed slots on the 4th shelf: Drill a hole inside the slot, then feed the jigsaw blade through it and cut the edges. These two slots take the tabs at the top of the holders; a cut that wanders makes the top shelf sit crooked.

Number each shelf the moment you cut it; how to tell which shelf is which is in the Identifying the Parts and Checking the Slots block.

The four topics below are the ones that are hard to fix once the parts are cut. Read them before you start cutting, before you send the file to a shop.

1. Measure your sheet before cutting. The slots and notches were drawn for a thickness of 0.453" (11.5 mm). If you're taking your own sheet to the shop, measure its thickness with calipers and make sure it falls within the 11–11.5 mm range; if you'll use the shop's sheet, tell them the thickness explicitly. What happens with thicker and thinner sheets is covered in the Material Choice and Panel Thickness block.

2. Check the scale. The program that opens the file may interpret its units differently. Before cutting, confirm together with the shop that the bottom shelf is 22" (55.9 cm) wide. Even if the scale drifts by only a few percent, the 11.5 mm slots come out narrower or wider than the sheet and the shelves won't seat.

3. Leave the kerf allowance on the correct side. A router bit or a laser beam removes some material over the line. Remind the shop that the inner contours (the two closed slots on the 4th shelf) should be cut on the inside of the line, and the outer contours (shelves and holders; the open notches and the holder slots are also part of this outer contour) on the outside of the line. A slot cut from the wrong side grows and the shelf sits loose.

4. Nothing beyond the cut file. This project has no miter cuts, holes, or nail positions; ask the shop only to cut the contours in the file. Once the parts are out, number the shelves 1 to 4 right away; the 1st and 2nd shelves are very close in depth.

All four shelves are 22" (55.9 cm) wide and look alike at first glance. Because the slots match the sheet thickness exactly, a shelf can also be fitted onto the wrong tier; the stand gives the correct stepped profile only when every shelf goes on its own tier. The two holders, on the other hand, are exactly identical, with no left or right between them.

The rule for identifying the shelves:

• 4th shelf (top): The only shelf with two closed slots instead of notches; the slots are 1" (2.5 cm) in from the back edge.
• 2nd shelf: Its notches are about twice as deep as the others, 3-1/16" (7.8 cm). It's also the deepest shelf: 7-9/16" (19.2 cm).
• 1st shelf (bottom): The deeper of the remaining two shelves, 7-1/16" (17.9 cm).
• 3rd shelf: The shallower of the remaining two, 6-1/16" (15.4 cm).

Don't sort the shelves by depth alone. The deepest shelf is the 2nd shelf, not the bottom one; if you arrange them by depth, you'll swap the 1st and 2nd shelves. Because the 1st and 3rd shelves have identical notches, those two also fit into each other's slots; the only thing that tells them apart is the 1" (2.5 cm) difference in depth between them. Identify the shelves by this rule and write their numbers on their undersides in pencil.

Slot check: Before the first setup, fit each shelf into its own slot once and take it out again. When the shelf is pushed by hand, it should go in all the way and not wobble in place. Lightly sand a tight slot on its inside edge with a flat block and try again; don't force the shelf in with a mallet.

Open the slot a little at a time. On this stand it's the tightness of the fit, not glue, that holds the joint; in a slot that's opened too much, the shelf sits loose and the stand wobbles. Apply the sandpaper only to the cut edge of the slot and keep it off the shelf's prefinished face; the coating gets scratched and that area goes dull.

Assembly is glue-free and tool-free; all you need is a flat surface and numbered shelves. You follow the same sequence every time you set it up.

1. Stand the holders up — Stand the two holders upright on a flat surface with their stepped edges facing forward and about 16" (40.6 cm) between them.
2. The bottom three shelves, bottom to top — Slide the 1st, 2nd, and 3rd shelves in turn into the holders' slots from the front and push them in all the way; the notches on the back edge of the shelf should grip the holders.
3. Top shelf — Set the 4th shelf on from above so that its closed slots, 1" (2.5 cm) in from the back edge, land on the tabs at the top of the holders. The top of the tab should come flush with the top face of the 4th shelf.
4. Check — Each shelf should project 1" (2.5 cm) beyond the front of the holders, the two ends of the shelves should extend an equal 2-9/16" (6.5 cm) outside the holders, and the distance between the inner faces of the two holders should be the same at the front and the back, 16" (40.6 cm). The 1st shelf starting 2" (5.1 cm) in from the back is by design; don't mistake it for misalignment.

Disassembly: The shelves are independent of one another; you don't have to follow a sequence when taking it apart. You can remove any one of the bottom three shelves on its own by pulling it straight forward, and the 4th shelf by lifting it evenly at both ends. Once all the shelves are out, lay the holders down and pack the parts flat, stacked in numerical order.

Push and pull the shelves straight when fitting and removing them. Because the slots are drawn with no clearance, forcing a shelf at an angle or prying it at one end crushes the slot edges; a crushed slot loosens over time and the shelf starts to wobble. Push or pull a stuck shelf with equal force at both ends, not with a mallet.

Don't sand the prefinished surface all over. The faces of the reference sheet are prefinished; sanding all over takes off this protective layer and dulls the surface. Use the sandpaper on the edges and on the points that feel tight during the slot check.

Ease the edges lightly: After cutting and before assembly, soften the front edges and ends of the shelves with 180–220 grit sandpaper in a pass or two. That way the plywood edge splinters less, and cupcake liners and hands don't catch on the edge. Take off any fine burrs left over from CNC cutting at this stage too.

Don't round over the insides of the slots and notches. These surfaces were designed to seat with no gap, and they are what holds the shelf every time the stand is taken apart and put together. Here, use sandpaper only at the point that felt tight during the slot check, with a flat block and a little at a time. When sanding the cut edge of a slot, keep the block inside the slot; if it touches the shelf's prefinished face, the coating gets scratched.

Edge appearance: The layer lines on the cut edge stay exposed. You can leave them natural; if you want a more protected edge, brush a thin coat of water-based varnish onto the edges before assembly and protect the slot and notch edges with tape. The sequence I recommend: cut → number → sand the edges → slot check → (optional) edge varnish → assemble.

This stand's stability comes from its geometry. The guide doesn't give a load limit, so I'm not going to give you a carrying capacity in kilograms; instead I'll explain how the stand stays balanced and what you should watch for.

Only the two holders press on the table. The base of each holder is 8-1/16" (20.5 cm) deep and 0.453" (11.5 mm) thick; the outer faces of the two bases are about 16-7/8" (42.9 cm) apart. The stand is wide from side to side and narrow from front to back; the direction in which it is most prone to tipping is forward and backward.

The upper tiers step back. Each tier is 1-1/2" (3.8 cm) behind the one below it and the back of the stand is flat; the weight of the upper tiers bears on the rear part of the base. The only part that projects forward is the 1" (2.5 cm) strip where the shelves extend in front of the holders.

Even so, here is what you should watch for:

• A flat, solid surface: Because the stand rests on two thin bases, a thick, soft tablecloth or a folded piece of fabric can sink one of the bases, and the stand leans that way. If you use a cloth, make it flat and taut.
• Heavy items low and in the middle: Put the heaviest items on the lower tiers, between the two holders. Don't put anything heavy on the front edge of the shelves or on the 2-9/16" (6.5 cm) ends outside the holders; the further forward and higher the weight, the more easily the stand tips over. The shelves are for light sweets and small sales items such as jewelry and small gifts; don't put bottles, full bowls, or heavy decor objects on them.
• Away from the table edge: Don't place the stand at a table edge where guests, or customers in front of the stall, might bump it as they pass; set it at least a hand's width in from the edge.
• Children: The lower tiers are at a height small children can reach; if a child hangs on the front edge of a shelf, the stand can tip forward. At a birthday party with a lot of children, keep the stand in your sight.
• Don't carry it loaded: Because the shelves sit glue-free, a shelf can slip out of its slot when the stand is lifted. Set the stand up in place empty, then arrange the cupcakes and items where it stands.

Cleaning: Wipe with a damp, well-wrung cloth, then dry with a dry cloth. Don't soak the stand in water, wash it under the tap, or put it in the dishwasher; plywood doesn't tolerate staying wet for long, and the plies can swell and the slots can lose their shape. Wipe off frosting or sugar stains before they dry; the uncoated cut edges soak up a stain more easily than the surface.

Transport: I designed the stand to be taken apart and set up again. Taken apart, it breaks down into six flat parts; stacked up, by my calculation they make a package of about 22" × 8-1/16" × 2-3/4" (55.9 × 20.5 × 7.0 cm). You can carry it this way, in a thin box or bag, to a wedding, a fair, or a market stall and set it up on site (how the shelves are fitted and removed is in the Assembly and Disassembly block). When stacking the parts, put a cloth or cardboard between them so the prefinished faces don't scratch one another.

If you need to carry it assembled, its outside dimensions are 22" × 9" × 16.45" (55.9 × 22.9 × 41.8 cm). Carry the stand empty and lift it gripping the two holders by their lower parts with both hands; don't lift it by the shelves, because a glue-free shelf can slip out of its slot.

Storage: Store the disassembled parts in a dry place, away from heat sources such as a radiator or direct sunlight, stacked flat on a level surface; thin plywood can warp if left leaning at an angle for a long time, and it moves slightly as moisture and temperature change. Keep it under a cover or in its box so it doesn't collect dust.

This stand is a load-bearing structure, so changing the size isn't just a matter of scaling the file up or down. Rescaling the CNC files in CAD software is technically possible, but the slots in the holders and the notches in the shelves were designed for the panel thickness, 0.453" (11.5 mm). If you scale the file up or down proportionally, those slots change too, but your sheet's thickness stays the same; the shelves either sit loose in the slot or won't go into it. If you want a different size, message me on Etsy before changing the scale; let's work out together which measurements need to stay fixed.

Yes — this is a standard, platform-wide Etsy feature. The download link doesn't expire; you can re-access your files anytime from the "Purchases and Reviews" page in your Etsy account, with no limit on how many times you download.

Of course — I make every plan myself, and you're welcome to reach out to me directly through Etsy with any question, before or after your purchase. I stand behind every design I share.

No — these files are for personal use only. Selling what you make from them, or using the design or files for any other commercial purpose, isn't included in this purchase.

I don't offer refunds once the files have been downloaded — this is standard practice given the nature of digital goods. That said, if you run into an actual problem with the files (won't open, something's missing), reach out and I'll help sort it out.

I recommend a sheet that measures 11–11.5 mm in actual thickness. The slots in the holders and the notches in the shelves were drawn with no clearance to a thickness of 0.453" (11.5 mm). Avoid a sheet with an actual thickness of 12 mm or more: the shelves are about 0.5 mm too tight in every slot, and you'd have to open up all eight joints with sandpaper. Avoid 10 mm and under as well: the shelves sit loose in the slots; because the stand is glue-free, that gap lets the shelves play and the stand wobble. Measure your sheet with calipers and fit each shelf into its slot once after cutting; sand a tight spot lightly. If the thickness you measure falls outside the 11–11.5 mm range, message me on Etsy before you start cutting; let's adapt the file together.

When the whole stand is filled with a single size of cupcake, it holds about 320 mini, 75 standard, or 50 large cupcakes. I calculated these figures from the shelf dimensions, placing the cupcakes one by one. I define the sizes by bottom and top diameter: mini 3/4" (1.9 cm) bottom, 1-1/4" (3.2 cm) top; standard 2" (5.1 cm) bottom, 2-1/2" (6.4 cm) top; large 2" (5.1 cm) bottom, 3" (7.6 cm) top. The count varies with the diameter of the cupcake liner and how closely you space them. There's one limit: the cupcakes on shelves 1–3 have to fit under the shelf above, in 3-9/16" (9.0 cm) of clear height; the only tier that's completely open on top is the 4th shelf at the top. The same shelves can also be used to display small items at a sales stall. Details are in the Capacity and Layout block.

Yes. I designed this stand to be multi-purpose: alongside cupcakes and light sweets, it also works as a display stand at a fair, market, or craft stall for jewelry, small gifts, small handmade items, and counter items such as business cards and price tags. Because each tier sits behind the one before it, the items in the back rows are visible from the front too; there's 3-9/16" (9.0 cm) of clear height between the tiers, and taller pieces go on the open top shelf. The shelves are for light items; don't put bottles or heavy objects on them. Details are in the Capacity and Layout block.

I don't recommend it. I'm not making a firm ruling on direct food contact with the wood, with the sheet's prefinished coating, or with the paint or varnish you put on afterward; the safest way is to arrange the cupcakes in their paper liners or on small serving plates. If you're going to paint or varnish, choose a product whose label says it's suitable for food contact, and wait for the full cure time stated on the label. Details are in the Surface, Edges and Food Contact block.

All four shelves are 22" (55.9 cm) wide; what tells them apart is their depth and their notches. The shelf with two closed slots instead of notches, 1" (2.5 cm) in from the back edge, is the 4th shelf at the top. The one with the deepest notches, 3-1/16" (7.8 cm), is the 2nd shelf; it's also the deepest shelf. Of the remaining two shelves, the one 7-1/16" (17.9 cm) deep is the 1st shelf at the bottom, and the one 6-1/16" (15.4 cm) deep is the 3rd shelf. If you sort the shelves by depth alone, you'll mix up the 1st and 2nd. Number them the moment you cut them, and fit each shelf into its slot once before the first setup. Details are in the Identifying the Parts and Checking the Slots block.

Yes. I designed this stand to be glue-free: the shelves sit in the holders' slots by the interlocking fit alone, with no nails or screws. Taken apart, six flat parts remain; you can take them to a wedding, a fair, or a market stall as a flat package and set it up on site. That's why, alongside cupcakes and light sweets, the stand also works as a display stand when you're selling jewelry, small gifts, and small handmade items. Because the slots are drawn with no clearance, push and pull the shelves straight when fitting and removing them; the edge of a slot that's forced at an angle is crushed and loosens over time. The shelves are independent of one another; no sequence is needed when taking it apart, and you can remove any shelf on its own. Details are in the Assembly and Disassembly block.