Short-run stands for a market table

A market table needs the earrings, the zine, or the soap to stand up. The catalog acrylic riser is always a little too wide, a little too short, or printed with someone else’s idea of a “sale” burst. A short run of your own stands is a normal laser job. It is not a reason to inventory a thousand of them.

The steps match the rest of vibe manufacturing: a measured product, a flat file, one cardboard proof, then a shop that already has the laser.

The problem

You have a product with a real thickness and a real height, and you have a table that is only so long. The stand has to:

• Hold that product without covering the part a buyer needs to see.
• Fold flat or nest in a bin, because you are carrying this on a bus or in a car.
• Carry your name only if you are allowed to use that artwork. A blank stand plus a card is a legitimate design.

You are not manufacturing the product itself in this article. You are manufacturing the thing that holds it for an afternoon. If the product is a small PCB or a printed object, the stand is still a separate file with a separate material.

Workflow

1. Measure

Measure the merchandise, not the mood board.

• Thickness, width, and height of the item the slot must hold.
• How many of them have to fit on the table you actually own. A 1.8 m table is a different drawing from a 0.9 m one.
• Whether the stand is an A-frame, a single upright with a foot, or a folded card holder.
• The sheet thickness you intend to cut. Measure a sample if the shop will sell you offcuts. Nominal 3 mm acrylic is a number to verify.

Write millimeters. Sketch the fold. If it has to survive a tote bag, design the flat pattern so the feet do not snap off at a narrow neck.

2. Prompt for a CAD file

Ask for a flat DXF with labeled slots, and tell the tool that kerf exists so it does not pretend the first number is sacred.

Draw a flat DXF for a table stand in 3 mm acrylic.
The stand holds a card 90 mm wide and 1.2 mm thick in a slot.
Overall height when assembled is about 140 mm.
Use a slot and a foot that interlock. Draw the slot 3.0 mm to start,
and put a second test piece in the same file with slots at 2.8 and 3.2 mm.
No logo. Units are millimeters. Mark bend or fold lines on a separate layer
if the design uses a living hinge, otherwise keep it to interlocking flats.

Use your card size. Living hinges in acrylic are a craft of their own. For a first batch, interlocking flats are easier to explain to a shop and easier to replace when one cracks.

3. Prototype

Cut the test piece in cardboard at the real outline, or ask the shop to cut one unit before the two dozen. Assemble it. Put the real product in the slot. Look at it from a buyer’s height, which is standing, not from your desk chair. If the product hides its own name, the stand is too tall or the slot is too deep.

Cardboard lies about stiffness. It does not lie about the silhouette. Believe the silhouette. Distrust the stiffness until you have the real sheet.

4. Review

Check the DXF units. Check that test slots are actually in the file you will upload, not only in the chat. Read the shop’s notes on minimum bridge width and on how close a cut can get to an edge. A foot that joins the upright with a 1 mm neck will snap in the tote.

Confirm you own the artwork on any engraved layer. Delete stock icons the model added. A star, a leaf, a fake “est. 2019” is clutter, and a fake crest can be someone else’s mark.

The same “one unit before the batch” rule is why a receiver knob gets printed once before you print four.

5. Send it to a fabricator

A local laser shop is ideal because you can bring the product and the test piece. An online sheet service works too. SendCutSend is one example of an online shop that cuts flat parts. Confirm they cut the material you want, or use a local acrylic cutter if they do not. Ask for a quote on one prototype and on two dozen. The prototype price per piece will look worse. Pay it anyway.

Do not engrave a price into the acrylic. Prices change. A slot for a paper card is the more vibe-manufacturing solution: the card is a printer, the stand is the durable part.

Tools and services

• Calipers or a ruler, and the real product.
• A DXF from a CAD tool, Inkscape, or a text-to-CAD draft you then open and measure.
• Cardboard and a knife for the silhouette.
• A laser shop, local or online, with a published note on kerf or a willingness to cut a test.
• Your own artwork, or no artwork.

Cost and time

Estimate, not a quote. Small acrylic or plywood stands, a couple dozen of them, often land in a range of tens of dollars to something under a couple of hundred before shipping. Sheet utilization matters: a tall, sparse stand wastes the sheet you are paying for. Nesting them is part of the design. Get the quote. The range is only here so a first market does not get planned as if the stands were free or as if they cost a tooling bill.

Estimate, not a schedule. Drawing and a cardboard fit can be a day. The laser queue is the shop’s. Build in time for a second file after the single prototype, and do not schedule that prototype for the morning of the market.

Pitfalls

• Drawing the slot at the nominal thickness and cutting twenty before you have assembled one.
• A living hinge on the first try, in a material the shop has not confirmed will hinge.
• Engraving a logo you do not own, including one the model “helpfully” redrew.
• Ordering a thousand because the unit price dropped. Storage and a design you have not used at a table yet are the actual cost.
• Forgetting the tote bag. Thin feet and long uprights snap in transit.
• Mixing inches in the product measurement with a millimeters DXF.
• A stand so branded and so tall that the product becomes a footnote. The product is the thing on sale.