Showcase

Models Showcase

Models designed by Krypto, the SO3D robot, and by our members. Open any of them in the generator to see exactly how it was built, remix it, or print it as-is. Browse the model library by category

All Kitchen Desk & office Workshop Bedroom & bathroom Others
Preview of Vaze Ringed Footed Bowl
By Alpha
Complexity
Medium
Kitchen Others Serving & table
0
Vaze Ringed Footed Bowl
MAIN PURPOSE: Serve fruit and snacks, or hold keys
A wide, shallow bowl wrapped in neat stacked rings, standing on three slim splayed legs. About 155 mm across with a low 25 mm bowl, it's ideal for fruit, snacks, keys or a candle on a table or shelf.
The legs print separately and press into holes under the bowl, so every part prints flat with no supports. Change the size or the ring spacing in the editor to make your own.
Printing notes
97.0 cm³
Volume
120.3 g
Est. weight
35,556
Triangles

Print the three legs separately and press them into the holes underneath; a drop of glue makes them permanent. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Vaze Spiral Footed Bowl
By Alpha
Complexity
Medium
Kitchen Others Serving & table
0
Vaze Spiral Footed Bowl
MAIN PURPOSE: Serve fruit and snacks, or hold keys
A wide, shallow bowl wrapped in smooth, rounded flutes that spiral 45° around it and swell out at the middle, standing on three slim splayed legs. About 170 mm across the flutes with a low 25 mm bowl, it's ideal for fruit, snacks, keys or a candle on a table or shelf.
The legs print separately and press into holes under the bowl, so every part prints flat with no supports. Change the size, the flute depth or the twist in the editor to make your own.
Printing notes
139.6 cm³
Volume
173.1 g
Est. weight
135,532
Triangles

Print the three legs separately and press them into the holes underneath; a drop of glue makes them permanent. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Vaze Basket Footed Bowl
By Alpha
Complexity
Medium
Kitchen Others Serving & table
0
Vaze Basket Footed Bowl
MAIN PURPOSE: Serve fruit and snacks, or hold keys
A wide, shallow bowl wrapped in a woven basket pattern, standing on three slim splayed legs, like a little wicker fruit bowl. About 150 mm across with a low 25 mm bowl, it's ideal for fruit, snacks, keys or a candle on a table or shelf.
The legs print separately and press into holes under the bowl, so every part prints flat with no supports. Change the size or the weave size in the editor to make your own.
Printing notes
83.8 cm³
Volume
104.0 g
Est. weight
28,508
Triangles

Print the three legs separately and press them into the holes underneath; a drop of glue makes them permanent. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Vaze Knurl Footed Bowl
By Alpha
Complexity
Medium
Kitchen Others Serving & table
0
Vaze Knurl Footed Bowl
MAIN PURPOSE: Serve fruit and snacks, or hold keys
A wide, shallow bowl wrapped in a crisp diamond knurl, standing on three slim splayed legs. About 155 mm across with a low 25 mm bowl, it's ideal for fruit, snacks, keys or a candle on a table or shelf.
The legs print separately and press into holes under the bowl, so every part prints flat with no supports. Change the size or the diamond size in the editor to make your own.
Printing notes
86.1 cm³
Volume
106.7 g
Est. weight
40,028
Triangles

Print the three legs separately and press them into the holes underneath; a drop of glue makes them permanent. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Vaze Swirl Footed Bowl
By Alpha
Complexity
Medium
Kitchen Others Serving & table Free for members
2
Vaze Swirl Footed Bowl
MAIN PURPOSE: Serve fruit and snacks, or hold keys
A wide, shallow bowl wrapped in sharp pleats that twist 45° around it and swell out at the middle, standing on three slim splayed legs. About 150 mm across with a low 25 mm bowl, so it's ideal for fruit, snacks, keys or a candle on a table or shelf.

The legs print separately and press into holes under the bowl, so every part prints flat with no supports. Change the size, the pleat depth or the twist in the editor to make your own.
Printing notes
116.0 cm³
Volume
143.8 g
Est. weight
39,828
Triangles

Print the three legs separately and press them into the holes underneath; a drop of glue makes them permanent. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Stackable Knife Tray – 6 Slots (Customisable Size)
By Krypto, the SO3D robot
Complexity
Advanced
Kitchen Workshop Kitchen organisers
4
Stackable Knife Tray – 6 Slots (Customisable Size)
MAIN PURPOSE: Store knives safely in separate slots
A slim, stackable knife tray with six slots that hold kitchen or craft knives upright and apart, so the blades don't knock together and stay easy to grab. As it comes it's 210 × 70 × 33 mm with slots about 7 mm wide. That suits paring, utility and steak knives, chisels, scalpels or hobby blades. Every dimension can be changed in the editor: width, depth, height, wall thickness, and the number and width of slots. That way you can size it for your own drawer and knives. The Raised grip base lets one tray stack firmly on another, so you can build a tidy column in a drawer or on a shelf. It prints as one solid piece with no supports.
Printing notes
159.7 cm³
Volume
198.1 g
Est. weight
1,960
Triangles

Print upright in PLA or PETG with no supports. Use PETG if it will sit near a sink or dishwasher. Prints as shown on its floor, no supports.

AR view Open in app
Preview of Pull-and-tear bag roll drawer box
By Krypto, the SO3D robot
Complexity
Multi-part assembly
Kitchen Kitchen organisers
0
Pull-and-tear bag roll drawer box
MAIN PURPOSE: Pull one bag at a time out of a closed box in the drawer
A roll of freezer, sandwich or bin bags turns on a wooden dowel that runs through the end walls of this box, and the first bag feeds up through the slot in the lid. Pull one bag out like a tissue and tear it off at the perforation; the next one waits in the slot. The roll never unwinds across the drawer, and you never hunt for the loose end again.
Printing notes
382.2 cm³
Volume
473.9 g
Est. weight
2,940
Triangles

Use an 8 mm wooden dowel about 236 mm long as the axle. Fits rolls up to 220 mm long and 80 mm across in a drawer 100 mm deep. Prints as shown on its floor, no supports. The lid prints as a separate part, top down.

AR view Open in app
Preview of Bottom-pull sachet dispenser
By Krypto, the SO3D robot
Complexity
Multi-part assembly
Kitchen Coffee & tea
0
Bottom-pull sachet dispenser
MAIN PURPOSE: Take the oldest sachet first, from the bottom of the stack
Three columns for tea bags, sauce sachets or stock cubes. Load each column from the top and take from the slot at the bottom of the front: the oldest packet always comes out first and the stack drops down by itself. No more digging in torn boxes, and the lid keeps everything clean and flat.
Printing notes
411.2 cm³
Volume
509.9 g
Est. weight
10,800
Triangles

For packets up to 70 mm wide. Needs a drawer 120 mm deep, with a finger's width in front of the slots. Prints as shown on its floor, no supports. The lid prints as a separate part, top down.

AR view Open in app
Preview of Two-climate fridge crisper
By Krypto, the SO3D robot
Complexity
Multi-part assembly
Kitchen Food storage
0
Two-climate fridge crisper
MAIN PURPOSE: Keep greens and ripening fruit apart in the fridge drawer
Two climates in one fridge drawer. Leafy greens and herbs go in the closed side, where the lid keeps their own moisture in so they stay crisp. Apples, pears, tomatoes and avocados go in the open side behind cut-out walls, so the ethylene gas they give off as they ripen drifts away instead of being shut in with the greens, where it makes them yellow and wilt.
Printing notes
505.9 cm³
Volume
627.3 g
Est. weight
7,236
Triangles

PLA is fine in the fridge; wash it by hand, not in the dishwasher. Sized for a fridge drawer 100 mm deep. Prints as shown on its floor, no supports. The friction-fit lid and its neck piece print separately; adjust Fit in the Lid tab if it binds.

AR view Open in app
Preview of Handle-up cutlery quiver
By Krypto, the SO3D robot
Complexity
Medium
Kitchen Kitchen organisers
0
Handle-up cutlery quiver
MAIN PURPOSE: Store cutlery upright, handles up, straight from the dishwasher
Cutlery stands upright with the handles up in eight deep cells, the way it stands in the dishwasher basket, so you unload the basket straight into the drawer without sorting it flat, and everyone takes a fork by its handle without touching the others. The perforated floor lets damp cutlery drip dry, and the quiver needs an eighth of the floor a flat cutlery tray takes.
Printing notes
237.5 cm³
Volume
294.5 g
Est. weight
8,556
Triangles

For deep drawers: table knives need about 220 mm inside. Stand it on a drip mat. Prints as shown on its floor, no supports.

AR view Open in app

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