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

A daisy with eight rounded petals and a raised centre, 35.6 mm across and 3 mm thick, printed with a matching stud so the flower sits on a post rather than dangling from a hook. The plate holds four flowers and four studs, which is two pairs; a pair is a flower and a stud for each ear. Shown as a render of the printable model, not a photograph.

Design by mhumphries1973

A snowman in two printed pieces: a body with print-in-place joints for the arms, and a head that hangs on its own link so it swings independently as the earring moves. Each is about 30 mm tall, prints flat with no supports, and a pair is two snowmen. Shown as a render of the printable model, not a photograph.

Design by tomo3D

A pair of eighth notes, each an outline rather than a filled shape, so they stay light on the ear and catch the light along the stem. Each is 20 x 22.7 mm and 2 mm thick, with the hole in the note head for a hook, and they print mirrored so the two notes sit opposite each other. Shown as a render of the printable model, not a photograph.

Design by mikesak29

A dragon printed as a chain of flat segments joined by print-in-place hinges, so the body ripples along its length and lies straight when it hangs still. It is 59 mm nose to tail and 8 mm deep at the head, prints in one piece with no supports, and a pair is two dragons. Shown as a render of the printable model, not a photograph.

Design by tomo3D

A rack that stands petri dishes upright to drain or to sit on a shelf. 2.9" x 4.5" x 2.5". Shown as a render of the printable model, not a photograph.

Design by Clément Vasseneix

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

A short sword bookmark with its own sheath: the blade marks your page and the scabbard clips back over it. 5.7" long, printed flat, the two pieces together weighing about 8 g. Shown as a render of the printable model, not a photograph.

Design by Forged in Filament

A watermelon slice with the rind standing proud of the flesh and the seeds cut into it, 26.7 x 25.9 mm and 1.6 mm thick with a hole at the top for a hook. The plate prints eight slices, which is four pairs; order a pair and you get two. Shown as a render of the printable model, not a photograph.

Design by jdicerchio

A bee with a rounded body, two wings standing off it and a hook hole at the head, printed as one piece at 25 x 29 mm. The body is domed rather than flat, so it reads as a bee from the side too, and it is light enough to wear all day. Order a pair and you get two. Shown as a render of the printable model, not a photograph.

Design by wally

A rack that holds laboratory test tubes upside down so they drain and dry: 185 mm x 110 mm x 75 mm. Shown as a render of the printable model, not a photograph.

Design by jakub.fousek97

A print-in-place bag clip: the hinge prints shut and then works, so there are no pins and nothing to assemble. 3.2" long, 1.2" wide. Shown as a render of the printable model, not a photograph.

Design by printerforge

A butterfly with its wings open and the veins left raised, so the pattern survives printing instead of filling in. Each is 49 x 31 mm and 1.6 mm thick, thin enough to sit flat against the ear, with a hole at the top for a hook. The pair prints as two mirrored butterflies. Shown as a render of the printable model, not a photograph.

Design by FrazierSmith

Two strands twisted around each other into a pen stand: a double helix about 22 cm tall on a 14 cm square base, printed in one piece with nothing to assemble. Pens drop into the gaps between the rungs and lean out along the twist, so a handful of them fan apart instead of clumping together in a cup - and the base is wide enough that a full stand does not tip. Empty, it is a desk ornament rather than a mug with pens in it, which is most of what a pen holder does all day. Printed in PLA at a 0.2 mm layer, about 34 g of plastic. Designed by AndreUser and printed under Creative Commons Attribution 4.0 (CC BY 4.0). The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by AndreUser

A three-part seed germinator - base, insert and lid - 4.5" x 5.5" and 20 mm deep, printed in whatever colour you pick. Shown as a render of the printable model, not a photograph.

Design by 3dmonios

A round spider web in a ring, with every strand cut through so the web is open and a spider sits in the middle of it. Each is about 44 x 48 mm and 2.2 mm thick, with a loop at the top for a hook, and both webs print together as one piece. Shown as a render of the printable model, not a photograph.

Design by tomo3D

A modular hydroponic tower printed as twelve parts: a base, the column that stacks, five growing cups and the plates that close the sides. The column is 220 mm across and 128 mm tall, each cup 55 mm. The modules come apart, so a tower can be built one section at a time and taken down again. Shown as a render of the printable model, not a photograph.

Design by user_139533078

Four feather shapes, each printed twice so every design makes a mirrored pair: 60 mm long, 2 mm thick, with the barbs cut through so the feather is an outline and the quill shows. Printed flat with no supports. The plate holds all eight earrings - the whole set of four pairs - and they come in one colour. Shown as a render of the printable model, not a photograph.

Design by KameleonForge

Two layered Christmas trees, 33 mm tall, each with a loop at the top for a hook - a few flat layers stacked into a tree, so they read as a tree from the front and none of it is a support to remove. Designed by instintkiller and printed under Creative Commons Attribution 4.0 (CC BY 4.0). The "+ hooks" option arrives with the metal hooks fitted; the plain one is the printed plastic on its own. Shown as a render of the printable model, not a photograph.

Design by instintkiller

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

An LP on the wall: a back plate with a shelf the cover stands on and two brackets that hold the record upright in front of it, so the sleeve and the disc are both on show. 218 by 214 mm and 187 mm deep, printed as one piece. Designed by LucMonnom and printed under Creative Commons Public Domain. Shown as a render of the printable model, not a photograph.

Design by LucMonnom

A reading guide that frames one line at a time so the page cannot swim: 5.1" x 1.4", 1.4 mm thick, light enough to leave in a book. Kept for kids learning to read, and for anyone whose attention slides down a full page. Shown as a render of the printable model, not a photograph.

Design by fgiancarelli

A stand for a pair of drumsticks: a flat 195 mm base and a cradle post that takes them by the shaft, so they stand upright on a riser or a shelf instead of rolling off the kit. 238 mm across as printed, in two parts, with the post sitting in its seat on the base. Designed by jakub.fousek97 and printed under Creative Commons Public Domain. Shown as a render of the printable model, not a photograph.

Design by jakub.fousek97

A pair of thin earrings, each 1.4" x 1.6" and about 2 mm thick, so they print as one small plate in a couple of minutes and weigh almost nothing on your ears. The pair is one item - the price is for both. The "+ hooks" option arrives with the metal hooks fitted; the plain one is the printed plastic on its own. Shown as a render, not a photo.

Design by Vulcain

A strip that threads onto a guitar strap and holds a stack of picks, so a fresh one is within reach in the middle of a song: 100 mm long and 25 mm wide, printed in one piece. It sits on the strap rather than in a pocket, which is where picks go to be lost. Designed by willywidget 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 willywidget

A graduation cap and gown on a keyring: the mortarboard tilted over the gown, with a class year or a name across the front on the version the designer included for it. It hangs flat and reads clearly from a distance, which is what a keepsake for a graduate wants to do. Printed as one tag with the layered faces so the cap, the gown and the lettering each read separately. The picture is a render of the printable model - real photographs of the print go up once the first one is made.

Design by Cardboard Junkie

A modular glasses stand: a round 143 mm base with a spindle, a post that carries two long arms, and a cradle that stacks on the spindle, so two pairs or a shelf-full can be kept upright and out of the way. The arms take frames by the bridge and the base is heavy enough not to tip when one pair comes off. Designed by Rockthered 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 Rockthered

A stackable glasses stand: a fin that the cradles slide onto, so the tower grows to whatever height the collection needs. The cradles come in three widths - 67, 77 and 87 mm - and each holds one pair nose-down by the bridge, which suits slim readers and deep sunglass frames alike. The plate prints a whole tower's worth of parts, 167 by 199 mm laid out as the designer arranges it. Designed by Badger Sound Forge 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 Badger Sound Forge

A glasses rack that lives on the wall: six cradles in a row on one 210 mm plate, 22 mm deep, so six pairs hang out of the way of a counter or a bedside table. It prints as one piece with nothing to assemble, and the arms take wire or plastic frames by the bridge. Designed by Matthew 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 Matthew

A keyring that opens without a metal split ring, printed as one piece with nothing to assemble. The flat band is broken once, and across that break the two ends lap through the ring's own thickness - the socket keeps the lower half, the near end the upper, with a quarter of a millimetre of air between them - so the finished ring reads as one band with a hairline in it rather than two pieces butted together. What holds it shut is the gate's own end, narrowed to a tongue: the band's inner and outer edges step down either side of it, and the tongue carries a rounded bump underneath that sits in a seat cut into the socket. Flex the ring apart and the bump rides up its own rounded side, which is a detent and not friction; let go and it drops back in. The tongue is relieved with a round hole at its root, because that is where it bends when you press it up to open the ring. Flex it, thread your keys on, squeeze it shut. The picture is a render of the printable model - real photographs of the print go up once the first batch comes off the printer.

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.

A heart that sits on top of a straw, wide and low, catching the light as the cup moves. Shown as a render, not a photo.

Design by Morganja

A mini hockey stick for your keys, printed flat in one piece and shaped like the real thing: a shaft that tapers, a blade turned off it at the lie a real stick uses, a heel that rounds into the shaft and a toe that narrows and leans back. The name is cut into the blade along its length, where a stick carries its brand, and roxium.ca is cut along the shaft underneath - both personalized rather than raised, because a keychain gets rattled around in a pocket and raised lettering wears off first. Type the name you want while you are adding it to the cart and it is cut for you - up to 10 characters, +$5 a piece, charged on top of whatever the stick costs, the volume rate included. A personalized stick is cut to order, so it is paid online rather than reserved for cash at pickup. Leave the name blank and it comes with ROXIUM on the blade. The picture is a render of the printable model - real photographs of the print go up once the first one is cut.

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 bow that clips onto a straw: the straw runs through the middle and the bow sits above the lid. Shown as a render, not a photo.

Design by Morganja

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 six-can holder that spins: six runners hold the cans and the base turns, and it uses very little filament for its size. Four pieces. Shown as a render, not a photo.

Design by JEP0405

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

Five heart shapes, each layered front to back so the colours read as depth: black sits at the back as the outline and the two layers in front are yours to choose, so one colour is the simplest and three makes it pop. Pick the shape you want - each is about 1.6" by 1.5", with a loop for a keyring or a chain. Shown as a render, not a photo.

Design by dominator334

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.

A 608 bearing that prints already assembled - the races, the balls and the cage all come off the plate as one piece, and it turns as soon as you break it free. 22 mm across, 7 mm thick, the size a fidget spinner or a skate wheel takes. Shown as a render, not a photo.

Design by Jerryie

A flat key tag that holds the key by its bow rather than its ring, so it lies flat in a pocket and does not rattle. 2.2" long, about 1 g of plastic, printed in one piece. Shown as a render, not a photo.

Design by Katejot2017

Sixteen ring gauges from 15.4 mm to 27.6 mm across, printed flat on one plate so you can measure a finger properly instead of guessing. The whole set is about 6 g of plastic - print it once and keep it in a drawer. Shown as a render, not a photo.

Design by porkac

A thin blade for digging the lint out of a phone's charging port, with a hook at one end and a flat scraper at the other. 34 mm long and a fraction of a gram, so it prints three at a time in a minute - one for the desk, one for the car, one to lose. Shown as a render, not a photo.

Design by eclien

A beer crate for batteries, scaled down to sit on a shelf: stacked sides, a slotted top and a handle you can actually lift it by. Holds a row of AA or AAA cells - pick which, they are separate crates. About 2.7" long. Shown as a render, not a photo.

Design by JSBallpython

A two-prong hair pin that holds a bun without a single elastic - the forks flex, so it grips and then lets go. Two lengths: 4.5" for fine or shoulder-length hair and 5.9" for thick or long. Printed flat in one piece, in one colour or two. Shown as a render, not a photo.

Design by riverbed

A teepee that holds the spare rolls: two printed panels hinged into a tent, a base that keeps it square and three dowels that peg it together, with a roll inside. 6" across and 5.3" tall, printed in panels and assembled - the modular system, in the size that fits a small printer. Shown as a render, not a photo.

Design by ThePhilosopher