3D-printed products and 3MF downloads from Roxium in Burlington, Ontario

A shelf that hangs under a shelf: it clips over the front edge of an existing board and gives you a second tier in the gap, for mugs, spice jars or a router. 6.9" wide, printed in one piece. Shown as a render, not a photo.

Design by PanteraRuber

Eight floral line-art pieces drawn as continuous lines: a set of wall decorations from 4" to 5.7" tall, about 60 g of plastic for all eight. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by Astler

A bookmark shaped like an alligator, with the jaw clipping over the page and the body lying in the gutter - so it marks the page and the line at once. 3.9" long, printed as a body and a jaw. Shown as a render, not a photo.

Design by 3dprinting

A rest for a wooden spoon: the bowl sits in the cradle and the handle lies over the rim, so the drips land in the holder instead of the hob. 4.7" across, printed in one piece. Shown as a render, not a photo.

Design by Jirka108

An owl silhouetted inside a circle, printed as one flat disc for the wall. 8.3" x 8.5", about 51 g of plastic. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by bigdobbo3D

A wolf howling at the moon, drawn as one low-poly silhouette: a single flat piece that hangs as wall art. 4.6" x 6.3", about 6 g of plastic. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by Peppino

Four wedding cutters with stamp inserts - the ring, the cake slice and two more - for biscuits at an engagement or a hen do. About 3" across each, and the same set cuts playdough for the small guests. Shown as a render, not a photo.

Design by Merilno3D

A kitchen roll holder with a weighted base: the disc takes sand or coins, so the roll stays put while you pull one sheet off with one hand. 9.1" tall, printed as a base and a post. Shown as a render, not a photo.

Design by MicahW3D

A large arched tunnel for a vivarium: a rock-textured hide that a reptile or amphibian can walk through and sleep in. 7.9" long, about 256 g of plastic. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by VivariumVisions

A fridge egg dispenser: eggs roll down a ramp and out of the front one at a time, so the oldest is always the next to come out. 9.7" long and holds a dozen, printed in three pieces - the ramp, the body and the front cup - with no supports. Shown as a render, not a photo.

Design by specialman

An upright organizer for the utensils that live on the counter: compartments of different heights, a flat back to go against a wall, and a base wide enough that a ladle does not tip it. 8" long, printed in one piece. Shown as a render, not a photo.

Design by lunatiic

A holder that stands cutlery up in a drawer or on a counter, with slots for forks, knives and spoons and a low front so you can see what you are reaching for. 5.9" long, printed in one piece. Shown as a render, not a photo.

Design by Alex

A hook that hangs over the top of a door - no screws, no drilling, nothing to fix to the wall. 2.7" wide and 4.3" tall, about 13 g of plastic. Shown as a render of the printable model, not a photograph.

Design by blunt

A flat-pack stand for holding earrings: a base plate, two uprights and a crossbar that slot into each other, with the uprights stepped so pairs hang at different heights instead of bunching. Assembled it is about 170 x 100 mm and stands 13 mm deep, big enough for a shelf or a dresser top. It prints as four flat pieces with no supports and comes to about 83 g of plastic. Shown as a render of the printable model, not a photograph.

Design by Recflying

A pair of racked display panels: a honeycomb grid and a mounting bracket that hold a row of pairs upright, so studs and hooks hang free instead of lying together. Assembled it is about 178 x 156 mm, prints flat in two pieces with no supports, and comes to about 40 g of plastic. Shown as a render of the printable model, not a photograph.

Design by thift88

Two hexagonal mesh pockets angled into each other, so a pair of shoes sits heel-down without one resting on the other. 220 mm wide, 165 mm tall and 130 mm deep, printed as one piece. Remixed by ThatGuy123568 from jordi_id7's original Shoe organizer on Thingiverse. Shown as a render of the printable model, not a photograph.

Design by ThatGuy123568

A mushroom charm in three pieces that press together: a domed cap, the gills under it and a stem with fixing pegs. Printing it in parts lets the cap take one colour and the stem another, and the assembled charm is about 23 mm tall and 13 mm across with a hole in the cap for a hook. Shown as a render of the printable model, not a photograph.

Design by iNkosi3D

A butterfly drawn as one continuous line and cut 1.5 mm thick at 150 x 160 mm, so it sits on a wall as a shape that casts a shadow rather than a solid plaque. It prints flat in one piece with no supports and needs no fixings: mounting putty or a pin behind the body is enough. Shown as a render of the printable model, not a photograph.

Design by PediM

A candy machine that turns a canning jar into a dispenser: a base that screws onto the jar's own lid ring, a knob and a printed pin, so no screw is needed anywhere. Fill the jar with sweets, fit the base, turn the knob and a few drop through. The designer also ships a stronger pin for silk PLA, and a second file for the narrower Hema store jar. Designed by carlbelcher and printed under Creative Commons Attribution-ShareAlike 4.0 (CC BY-SA 4.0). Shown as a render of the printable model, not a photograph.

Design by carlbelcher

An autumn sign for a windowsill or a shelf: the word Hello stacked over Fall with a pumpkin alongside, flat on the back so it sits against a wall, and printed as separate pieces so the lettering and the pumpkin each take their own filament - the designer printed his in matte white, orange and brown. Designed by JMOS and printed under Creative Commons Attribution-ShareAlike 4.0 (CC BY-SA 4.0). Shown as a render of the printable model, not a photograph.

Design by JMOS

A spiral vase that stands on its own round base. Lloyd Tapper started from Tru!e's spiral flower pot and then fixed the thing that annoyed him - the vase slid around on the base - by adding a notch under the vase and turning the elevators on the base into cones, so the two move together when you pick the vase up. Both makers are credited on this page. Printed under Creative Commons Attribution 4.0 (CC BY 4.0). Shown as a render of the printable model, not a photograph.

Design by Lloyd Tapper

A rose for the top of a 40 oz Stanley cup lid: the bloom prints standing up on the topper, so a plain cup gets a flower on it with nothing to glue in place. It fits the 40 oz lid. Designed by speedster, who remixed Picture_it's blank Stanley lid topper - both makers are credited on this page and both licences are recorded beside the file. Printed under Creative Commons Attribution 4.0 (CC BY 4.0); the topper it is built on is CC BY-SA 4.0, and the print is sold unaltered. Shown as a render of the printable model, not a photograph.

Design by speedster

A blank topper that sits on a 40 oz Stanley cup lid, flat and smooth, so it is a base for whatever goes on top: the designer's own page explains how to add text to it in Bambu Studio, choosing the font and the size and then the colour of the topper and of the writing separately. Sold blank, exactly as published. Designed by Picture_it and printed under Creative Commons Attribution-ShareAlike 4.0 (CC BY-SA 4.0). Shown as a render of the printable model, not a photograph.

Design by Picture_it

A vase 178 mm tall, its wall twisted into a spiral that narrows as it rises, so the shadow on it moves as you walk past. The designer also publishes a fuzzy-skin version for a soft matte surface and a 40 per cent larger one; this is the original size, printed smooth. Designed by DueMakers and printed under Creative Commons Attribution-NoDerivatives 4.0 (CC BY-ND 4.0). Shown as a render of the printable model, not a photograph.

Design by DueMakers

Three stick figures in fighting poses, each one holding your pencil where it would hold a weapon: an archer drawing a pencil like a bow, a spearman resting on a long one, and a sniper kneeling with one as a rifle. The archer takes short pencils of about 8 to 9 cm, the other two take ordinary 10 to 16 cm ones. Sold as the set of three. Designed by Gekko and printed under Creative Commons Attribution 4.0 (CC BY 4.0). Shown as a render of the printable model, not a photograph.

Design by Gekko

A pencil that bends: the barrel is printed as a chain of flexing segments, so it folds in your hand and springs straight again, and it still looks like a pencil with a point at one end. 4.8" long, printed in one piece. Shown as a render, not a photo.

Design by TinkerTogether

A plain fidget spinner with no ornament on it at all: a body, three arms and a bearing seat in the middle. Five sizes come off the one plate, from a 1.6" one that fits in a pocket up to a 2.7" one, and the plate also carries the grips that go in the bearing seat. Pick the size you want - each is printed as one piece. Shown as a render, not a photo.

Design by MakerShed

A fidget spinner small enough to live in a pocket: one piece, no bearings, no axle to glue, printed in place so the two halves and their weights come off the plate ready to spin. It is a 15-minute print in the designer's own profile, which is why it makes a good giveaway or market-stock item. Printed in a silk filament the spinning face catches the light. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by DragonFusion3D

A cactus that clicks: the body snaps onto a keyboard switch, so the whole cactus is the button and the click comes from the switch inside it. Four designs, sold one at a time - pick the cactus you want, about 1.3" tall, and it prints in two pieces that snap together without glue. Shown as a render, not a photo.

Design by UKSTL

A paw that rides on top of a straw: the straw passes through the middle of it, the paw sits above the lid, and the raised pad and four toes catch the light as the cup moves. It is made for the 10 mm Stanley straws, 3.5" tall by 1.6" across, and it prints in one piece. Shown as a render, not a photo.

Design by Morganja

Two clickers that look like lunch: a bao bun with its pleats, and half an avocado with the stone still in. Each is two printed halves that snap together over a switch, so the whole thing is the button. Pick the one you want - about 1.8" across. Shown as a render, not a photo.

Design by iNkosi3D

A textured clicker with a body and a set of button caps: the caps press into the body and click under a thumb, and the spare sizes in the set let you choose how stiff it feels. 2.6" long, printed in one go. Shown as a render, not a photo.

Design by ArmadilloFDM

A chef's hat charm with a banded brim, tall enough to read at a glance on a keyring. Shown as a render, not a photo.

Design by Tim

A snake, printed flat as one piece: 9.8" from nose to tail, no supports anywhere, and off the plate in about an hour by its designer's own estimate. It prints lying on the plate, so the whole thing is one layer stack rather than a tower that can topple. Shown as a render, not a photo.

Design by user_3738174853

A bag peg that works like a clothes peg: two arms on a printed pin, so the ends you squeeze and the jaws are on opposite sides of the pivot, and squeezing opens the jaws. A disc on the upper arm turns inside a socket on the lower one, printed in place with a quarter of a millimetre of air round it - press the peg open and you can feel the pin move. Behind it one strip sweeps round and back to the other arm as a scroll you can see through, and that scroll is the spring: it closes the jaws and it is what you feel working when you squeeze. The mouth is a square-wave channel cut through both jaws at once, so the two sets of teeth come from the same cut and interlock - every tooth of one jaw stands in the hollow of the other - and along the outside of each arm, where a thumb goes, a row of sawteeth bites into the silhouette so the peg does not slip in your hand. It prints flat as one piece, no supports, nothing to assemble. PLA holds fine; PETG survives the dishwasher and takes more flexing. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Two holders that keep takeaway lids upright and sorted instead of sliding about in a drawer - one for the small lids, one for the large. 6.8" and 4.8" tall, printed as a pair; the designer measured them for Tesco containers. Shown as a render, not a photo.

Design by FaasteerCZ

Two bands that print as one piece: the finned outer ring's ridge sits in the inner band's groove, so it is locked on but free to spin, with no bearings and nothing to assemble. The groove is a BALL RACE - a circular channel, with the ridge as the same circle held 0.4 mm off it - so the surfaces the two parts face each other across are vertical, which is what lets it print in place and still turn. The ring is 27 mm across and stands 7 mm, and the fins are trapezoids: wide where they join the sleeve, narrow at the tip, so nothing on it is a blade waiting to be knocked. It comes in three sizes, 16.5 mm (US 6), 18.2 mm (US 8) and 19.8 mm (US 10) across the finger hole, all at the same price, and the download is a 3MF with a plate for each, so you can print whichever fits - or all three. Print it with a brim and z-hop switched on: a small ring has a small footprint, and z-hop keeps a moving nozzle clear of what is already printed. The STL on its own is the smallest of the three. The photo is a render of the printable model - real photos of the print go up once the first batch comes off the printer.

A 3x3 clicker pad: nine keys on one printed body, each on its own spring, so the whole thing clicks under a thumb like a tiny keyboard. 2.6" square, printed in one piece with nothing to assemble. Shown as a render, not a photo.

Design by Print3DFamilyFidgets

A gripper that clips two chopsticks together into one easy pair - for a child learning, or anyone who has given up on holding two sticks. 1.4" across, printed in one piece, and the large and small blanks are on file for different stick thicknesses. Shown as a render, not a photo.

Design by RynoRC

A fold-over bag clip in one piece, with nothing to assemble: two slim bars on a round hinge, and a hook at the far end that shuts them. Roll the bag's neck over, slide it in side-on between the bars, and press the hook home - the knob at the end of the curl rides over the upper bar's tip and drops into the groove cut behind it, so the clip is held shut by the hook and not by the moulding. Flex the curl back off the tip and it opens again. The hinge is a disc with a hole through it, so the clip hangs on a keyring or a cup hook when it is not on a bag. It prints flat as a single piece with no supports, and PLA holds fine while PETG survives the dishwasher and takes more flexing. The picture is a render of the printable model - real photographs of the print go up once the first batch comes off the printer.

Four bee-and-honeycomb cutters with stamp inserts - the bee, the flower and two honeycomb shapes. Press the stamp for the detail, cut the outline, bake; each is about 3" across. Shown as a render, not a photo.

Design by Merilno3D

Wet gloves dry upside down on six tapered, vented posts, over a 4x10 inch floor vent. A glove's cuff slides over a post so warm air from the register goes up through the post and through the glove, drying the inside as well as the out - which is the part that stays wet. The tray is a colander: a lip catches a dribble of water, and a grid of drain holes lets the air up and the water down, and each post drains through its own cup. Bottles and cups fit the posts just as the old stand's did. Sized to sit inside a 4 by 10 inch register, printed in one piece with no supports and nothing to assemble. The photo is a render of the printable model - real photos of the print go up once the first batch comes off the printer.

A jack-o-lantern that drowns fruit flies: bait goes in the cup, the lid funnels them down and they cannot get back out. 2.7" across, printed in two pieces with no supports - and it earns its place on the counter for a fortnight in October. Shown as a render, not a photo.

Design by PolaQ

A phone stand with a woodgrain surface that all but disappears behind the phone, so what you see is the screen standing on the desk rather than the stand holding it. A deep groove with a lipped front edge takes a phone upright for video calls or on its side for standBy and night-clock mode, and it fits anything from a small handset up to a Pro Max. Printed in PLA at 0.2 mm layers, 15% infill, no supports. It is designed for a wood-fill filament, which gives it the grain it is named for, though any matte colour prints just as well. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by M_LAB

A ball that screws into its own cage - the thread holds it, and it spins from one end to the other without ever coming free. 3.9" tall, printed in place in two pieces that come off the plate already assembled. Shown as a render, not a photo.

Design by Elaak

A cap that turns a jar into a fruit washer: fill it, shake, and the water spins the berries clean instead of bruising them. The cap and its inner piece print together in one go - size L fits a standard wide jar. Shown as a render, not a photo.

Design by ValeraPerinski

Four stencils for painting a brick-built tree scene: layers that line up on a wall or a card, so the trunk and the canopy come out in register. 6.5" square, 0.8 mm thin, printed flat. Shown as a render, not a photo.

Design by Merilno3D

Ten layered fidget discs off one plate - each about 3" across, each with its own cut-through pattern and its own way of spinning and clicking. Pick the design you want; the picture on each chip is that disc. Shown as a render, not a photo.

Design by PenguinPrototypes