Check the actual part footprints against your usable 3D printer area. 3D print one shared base, then swap a five-rung insert for posts and wires or a round-hole board for hooks, pegs, and display cards. The nine card and cutter files are included, so you can 3D print backing cards or cut them from polymer clay.
Digital previewFive-rung insert on the shared base
Choose the insert for this setup
Choose a rung insert or accessory board
Choose the five-rung insert for posts, earwires, hoops, and dangles. Choose the round-hole accessory board for the included hooks, pegs, and card-rack accessories. Seat either insert in the shared base. Check the complete stand on the table or shelf where it will be used.
1 base+1 insert=1 complete stand
Swap inserts on the same shared base. Use two display feet for a lighter photo setup.
Setup
Base
Insert
Posts, wires, and dangles
Shared base
Five-rung insert
Hooks, pegs, and cards
Shared base
Round-hole accessory board
Light desk or photo setup
Two display feet
Five-rung insert
Jewellery for display only - not included
Rung insert with sample earringsPosts pass through the modelled holes. Earwires rest over a rung. Sample earrings are for display only and are not included. Add one real pair at a time when physically testing the 3D-printed stand.Round-hole board with hooks and pegsFit hooks and pegs through two vertically aligned board holes. Test one connector and one display item before 3D printing or loading the rest.
The 5.2 mm modelled holes on the accessory board are mounts for the included hooks and pegs, not direct stud holes.
Your download
Files, guide, and maker licence
You receive 19 product STL files, a 3D printing guide, and a studio-use Maker Licence. That count includes the same nine card and cutter files sold on their own as the Card and Cutter Set.
The shared base is 248 x 105 x 22 mm with keyed D-sockets. Seat either insert in the shared base, then check the loaded stand on its intended surface.
Five-rung insert
Five usable rungs with 2.2 mm modelled post holes. Seat the D-tenons in the shared base.
Round-hole accessory board
Ten columns by nine rows of 5.2 mm modelled holes on a 20 mm grid. Every included hook and peg uses this board.
Hooks and pegs
Micro hooks, short J-hooks, long J-hooks, straight pegs, card-support pegs, and card-rack hooks. 3D print extras from the same master files.
Complete Card and Cutter Set
The same nine STL files sold on their own as the Card and Cutter Set: three 3D-printable cards plus six matching clay cutters in Small, Medium, and Large.
3D printing guide and Maker Licence
The PDF covers bed size, 3D print order, socket fit, connector fit, loading checks, card routes, care, support, and studio use. The files and 3D-printed parts cannot be resold.
Make your first one
Make one complete piece before you make a set
The first one tells you what the STL cannot: how your printer resolves the small details, how your materials behave at this size, and whether the fit suits the jewellery you actually make.
1. Confirm the usable 3D printer area
The shared base is 248 x 105 mm and each insert is 230 x 230 mm laid flat. Slice only after your 3D printer bed can fit both.
2. 3D print the base and one insert
3D print the shared base underside-down and one insert smooth-back down, both at 100 percent scale. Seat both D-tenons by hand until the insert reaches the raised saddle without forcing or rocking.
3. Check the hook connectors
3D print the small connector-fit coupon and one card-rack hook. Try the same hook in the 5.0, 5.2, and 5.4 mm pairs so only hole size changes. 5.2 mm is the production target.
4. Load earrings or cards
Use the rung insert for posts, earwires, hoops, and dangles. Use the round-hole board for hooks, pegs, and card-rack accessories. Add one earring pair or one card at a time, then check the stand for rocking, flex, or connector movement on the real table.
See the working details
Fit one accessory before 3D printing the rest
3D print the coupon and one accessory. Insert the upper connector, rotate toward the board, then seat the lower connector. Check the retaining end from behind.
How do I mount an accessory?Tilt the accessory and start the tapered upper connector in the top hole. Geometry explanation; physical testing remains required.How do I mount an accessory?Rotate it down toward the hole directly below. Keep the upper connector engaged. Geometry explanation; physical testing remains required.How do I mount an accessory?Seat the lower connector by hand. Stop if the fit needs force. Geometry explanation; physical testing remains required.
See the working details
Check the actual 3D printer bed footprints
The base needs 248 x 105 mm and either insert needs 230 x 230 mm laid flat, plus your slicer clearance.
Will the base and insert fit my 3D printer?Base 248 x 105 mm. Each insert 230 x 230 mm laid flat. Allow additional space for your brim and 3D printer clearance. Geometry explanation; physical testing remains required.
Measure the bed first
Check the actual base and insert footprints
Each insert needs a 230 x 230 mm 3D-printable area, plus brim and 3D printer clearance. The shared base needs 248 x 105 mm. Check both parts in your slicer and the shared base on your intended table or shelf.
Insert and base sizeShared base 248 x 105 x 22 mm. Each insert is 230 x 230 mm laid flat.Card size and hardware guideStud, dangle, and statement cards are included. Check one finished card on the rack hook before making a batch.
View exact dimensions and fit details
3D printer bed
248 x 105 mm base; 230 x 230 mm insert, plus slicer clearance
Shared base
248 x 105 x 22 mm (9.76 x 4.13 x 0.87 in)
Inserts
230 mm wide x 214 mm visible height, plus 16 mm D-tenons (about 9.06 x 9.06 in laid flat)
Five-rung insert
Five usable rungs at 35 mm spacing; 2.2 mm modelled post holes
Round-hole board
90 round 5.2 mm modelled holes on a 20 x 20 mm grid; accessory mounts, not direct stud holes
Reusable cards
Stud 45 x 55 mm, dangle 55 x 75 mm, and statement 70 x 95 mm, each 1.2 mm thick
3D printing setup
3D print the base and one insert first
This kit needs a 256 mm 3D printer bed. Keep every part at 100 percent scale. 3D print the shared base and one insert first, then check the socket fit before 3D printing the rest.
Start with a usable 3D printer area
The base needs 248 x 105 mm; each insert needs 230 x 230 mm. Allow brim and 3D printer clearance. Keep every file at 100 percent scale.
3D print every part in its designed orientation
Base underside-down, inserts smooth-back down, hooks and pegs flat on their side, cards flat, and clay cutters handle-down with cutting edges up. Supports stay off.
3D print the base and one insert first
Confirm the keyed socket fit by hand before 3D printing the second insert, the remaining hooks, or a batch of cards.
Choose filament for the part
PLA+ or Tough PLA suits the base and inserts. PETG is useful for hooks that need a little flex. 3D print hooks and pegs at 80 to 100 percent infill.
Affiliate note. Some product links in this 3D printing section are affiliate links. If you buy through them, we may earn a commission at no extra cost to you. Check the filament diameter, material, colour, and 3D printer compatibility before buying. As an Amazon Associate I earn from qualifying purchases.
Display styling
Style the stand around your jewellery
3D print the whole stand in white, black, or warm grey when you want a quiet professional look. Keep the base neutral and colour-code inserts or cards when you want collections to read as a set.
Jewellery for display only - not included
Loaded card as a display exampleA confident card colour can carry part of the collection mood. This is a digital geometry preview. The earrings are for display only and are not included.
Current images are digital design previews. A real 3D-printed example will replace the lead image after the first proof 3D print.
Before you start
Prepare your 3D print and display
What you need
An FDM 3D printer with a usable 3D printer area, or a private 3D printing service that can use one
Filament suitable for your 3D printer
The earring pairs, cards, and findings you plan to display
Not included
Physical 3D-printed stands, hooks, cards, cutters, or earrings
Filament, 3D printer, slicer profiles, G-code, or 3MF files
Display props, jewellery hardware, or finished jewellery
Make it part of the collection
Build a repeatable display system
3D print the whole stand in white, black, or warm grey when you want a quiet professional look, then let the jewellery carry the colour.
Keep the base neutral and colour-code the accessories or cards when you want collections to scan quickly on a market table.
Add one earring pair at a time and check the space below it before using the next rung.
Test one 3D-printed card on one rack hook before adding more, and keep each card close to the board.
For listing photos, keep the stand colour, background, crop, and camera angle consistent across the collection.
Before you 3D print
Questions makers usually ask
What exactly do I receive?
Nineteen product STL files, a 3D printing guide, and a studio-use Maker Licence. The files include the shared base, a test-only foot design, five-rung insert, round-hole board, hooks and pegs, and the complete nine-file Card and Cutter Set. No physical stand, cards, earrings, filament, G-code, or 3MF files are included.
Will the stand fit my 3D printer bed?
Check both footprints in your slicer. The shared base needs 248 x 105 mm and either insert needs 230 x 230 mm laid flat, plus brim and 3D printer clearances. A 220 mm bed is too small. A nominal bed size does not establish usable 3D-printable space.
Are the cards included?
Yes. This kit includes the same nine card and cutter files sold on their own as the Card and Cutter Set. You can still buy that smaller set if you only want the cards.
Which parts should I 3D print first?
3D print the shared base and one insert first, then the connector-fit coupon with one card-rack hook. Check both fit systems by hand before 3D printing the rest.
Will every earring fit?
No universal finding fit is promised. Rung holes are modelled at 2.2 mm, and 3D-printed size varies. The 5.2 mm board holes are for the included hooks and pegs, not direct studs. Check your exact posts, hooks, hoops, cards, and table before making a batch.
Can I sell the 3D-printed stands?
No. The maker licence lets you use them in your own jewellery business, photos, and market display, but not sell or give away the 3D-printed stands, hooks, cards, cutters, or digital files.
Can I use a 3D printing service?
Yes. You may send the files to a service for a private 3D print for your own use, provided the service does not keep, share, or resell the files or 3D-printed parts.
Can I resize the parts?
Keep every file at 100 percent. Scaling changes the shared push-fit, round-hole connectors, card holes, and cutter details.
What support is included?
If a supplied file is missing or will not import, email hello.clay.bake.studio@gmail.com with a screenshot. Support covers the supplied files and guide. It does not include 3D printer repair, general slicer training, or third-party 3D printing service issues.
Can the backing card go to my customer with their earrings?
You may sell finished polymer clay cards you make with the cutters. Directly 3D-printed cards are for your own photography and displays; the included Maker Licence does not allow selling or giving those 3D-printed cards to customers.
