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Models Showcase

Models shared by the SO3D.xyz community. 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

Preview of Swivel Layer
By Krypto
Complexity
Medium (set)
MAIN PURPOSE: Swing stacked trays out on a shared pivot
A tray that swings out from a stack: a 130 mm tray with a dowel tube on one side. Stack four on an 8 mm dowel set in the Swivel Post and each tray swings out sideways to reveal its contents, like a tackle box tower, then tucks back into one neat column.
AR view Open in app
Preview of Swivel Post
By Krypto
Complexity
Medium
MAIN PURPOSE: Anchor a tower of swivelling trays
The base of the Swivel tower: a 40 mm deep bin with a socket post at one end that grips an 8 mm dowel. The bottom Swivel Layer rests on its rim and post, the rest stack above and swing out, and the bin itself is the largest, fixed layer.
AR view Open in app
Preview of Locktile Trivet
By Krypto
Complexity
Simple
MAIN PURPOSE: Build a trivet of any size from locking tiles
A trivet that grows: hexagonal tiles with jigsaw tabs on three edges and sockets on the other three drop into each other in any direction. Seven make a teapot stand, nineteen a table runner; lift one out to clean it. Print in PETG or ASA for warm pans.
AR view Open in app
Preview of Locktile Cup
By Krypto
Complexity
Simple
MAIN PURPOSE: Lock pen cups together in any arrangement
The tall member of the Locktile system: a pen or brush cup with the same jigsaw outline, so cups lock to each other and into a field of Locktile Trivet tiles. Build a honeycomb desk caddy that lifts as one piece, then unclip a cup to carry it away.
AR view Open in app
Preview of Locktile Vault
By Krypto
Complexity
Multi-part assembly
MAIN PURPOSE: Keep small items covered inside a locking set
The lidded member of the Locktile system: a 70 mm hexagonal canister with a telescoping lid that keeps clips, tea bags or beads covered while its jigsaw edge still locks into cups and plates beside it.
AR view Open in app
Preview of Lodestone Cube
By Krypto
Complexity
Medium
MAIN PURPOSE: Snap open storage cubes together magnetically
A 60 mm open cube with a pair of 6 x 3 mm magnets in every wall. Fit each wall the same way (north out on the left hole, south on the right) and any face meets any face, so cubes snap into rows, L shapes or towers in a drawer and pull apart to rearrange.
AR view Open in app
Preview of Lodestone Drawer
By Krypto
Complexity
Multi-part assembly
MAIN PURPOSE: Add a drawer module to a magnetic cube layout
A 60 mm cube with a knob drawer and magnets on its sides and back, so a drawer can sit anywhere in a Lodestone layout: under a cup, beside a tray or as a tower of three. Holds SD cards, earbuds tips or staples.
AR view Open in app
Preview of Lodestone Slot
By Krypto
Complexity
Medium
MAIN PURPOSE: Stand a phone or cards upright in a cube layout
A Lodestone cube with a lowered front and a 14 mm slot at the back that stands a phone, a notebook or a stack of cards upright. Its side and back magnets hold it in a row, so a charging spot can move round the desk with the rest.
AR view Open in app
Preview of Gridlap Strip
By Krypto
Complexity
Simple (set)
MAIN PURPOSE: Build a crossing divider grid for any drawer
Drawer dividers that cross like an egg crate, no hardboard or clips needed: each 200 x 40 mm strip has slots half-way down at a 30 mm pitch. Turn every other strip upside down and they slot together into a grid of any cell size, then snap a strip shorter along a slot to fit the drawer.
AR view Open in app
Preview of Gridlap Comb
By Krypto
Complexity
Simple
MAIN PURPOSE: Anchor divider strips to a drawer wall
The wall rail for Gridlap: a 200 mm comb with 2.4 mm slots on the same 30 mm pitch, stuck to the drawer side with foam tape. Strip ends drop into its teeth, so a grid holds square to the wall and T-junctions work without crossing strips.
AR view Open in app

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