3D Model Gallery
Every one of these started as a sentence — real dimensions, real holes, print-ready STL. Remix any of them, or describe the part you need and Printy builds it. Start building →
Newest
Vented Acoustic Basket
A skeletal mounting chassis designed to hold a custom 50mm driver assembly. The aggressive cutouts strip away unnecessary mass, leaving four sweeping struts that provide rigid support while entirely opening the rear wave to prevent acoustic reflections. The base houses a precision-cut cavity tailored to scavenged PC fan magnets, complete with a vented central pole piece. Acoustic Details Rear Ventilation: 50-degree windows cut low into the voice coil gap ensure maximum airflow and heat dissipation. Magnet Housing: A 28.5mm OD x 5mm bottom slot sized specifically for standard 120mm fan ring magnets. Mounting Interface: 50mm outer diameter upper ring with a 2mm wall thickness for standard cone attachment.
Speaker Dust Cap 14mm
Exposed speaker voice coils attract dust and metal particles until they grind themselves to death. This replacement dust cap seals the center of a 50mm driver without adding enough mass to ruin the high-frequency response. Footprint: 14mm diameter base to perfectly match standard 50mm driver coils. Profile: 4mm spherical dome for rigidity. Mass: 0.3mm shell thickness, designed to print as a single perimeter. Mounting: Sliced flat at the absolute bottom zero to provide a clean, continuous rim for CA glue or rubber cement.
Flat-Print A4 Picture Frame
A clean, single-piece A4 picture frame designed to print flat on large beds (like 360x360mm). It prints face-down to ensure a smooth front finish and requires zero supports. Integrated Keyholes: Built-in flush mounts for both portrait and landscape orientation. Drop-in Retainers: Six small twist-clips print alongside the frame in the empty center space. They drop into the pre-drilled holes on the back to lock your paper and cardboard backing firmly in place. Generous Recess: The back channel allows up to 2.5mm of clearance, leaving plenty of room for standard A4 paper paired with a corrugated cardboard or stiff card backing.
Screw-On Large-Hole Spool Holder
A plate-mounted spool holder for filament spools with large central holes. A hollow 48 mm spindle rises from a flat mounting plate and ends in a flared lip that keeps the spool from sliding off. Remix hooks Spindle diameter (48 mm): change to suit your spool bore; most big-hole spools measure 50–58 mm, so leave 2–4 mm of play. Spindle length (70 mm): stretch for wide spools, shorten for slim ones. Plate (110 × 64 × 6 mm): screw holes sit 44 mm either side of centre, 4.5 mm with countersinks. Move them to match your panel, or add a third hole. Lip: 58 mm with a 45° underside so it prints without supports. Make it a removable cap for easy spool swaps. Wall (3 mm): thicken for heavy 3 kg spools, or add ribs. Prints plate-down with the spindle pointing up. Mount with the plate against a vertical panel so the spindle points sideways; a pair stacks well for dual spools.
Ridged Cutlery Grip Sleeve
A chunky, ridged sleeve designed to slide over standard fork and spoon handles, expanding their overall diameter. It provides a more substantial holding surface for individuals with limited hand strength, reducing the exertion required during meals. 30mm outer diameter with a fluted exterior for a secure hold 100mm overall length fits securely across the palm 12x4mm center slot accommodates most flat, stamped cutlery handles Soft-cornered bore grips the flatware to prevent spinning under load
Vented Power Supply Enclosure
What it's for A custom-sized, two-part vented enclosure designed to hold a 111x79x36mm power supply. It features side-mounted cooling vents, a solid base, and wire-routing holes positioned near the bottom of the narrow end. Dimensions External size: 99 x 131 x 42 mm (main box), plus the flush-fitting lid. Internal space: The central cavity between the corner screw pillars provides a clear 83 x 115 mm footprint, allowing a 2 mm clearance gap on all sides for the 111 x 79 mm power supply unit. Wire routing: Two 7mm diameter holes on the narrow end for cable pass-through. Assembly The lid secures into the four corner pillars using standard M3 screws. The interior features a small alignment lip on the lid to ensure it seats squarely against the posts.
100mm Concentric Breakaway Disc
100mm concentric stepped disc connected entirely by breakaway tabs. Used to verify dimensional accuracy, extrusion multipliers, and single-wall adhesion on FDM toolheads. Critical Fitment Outer Diameter: 100 mm exactly. Bridges: 0.6 mm wide (designed to lay down as 1 to 2 perimeters on a standard 0.4 mm nozzle). Clearance Gap: 1 mm radial gap between rings. Notes If the flow rate is dialed in, the rings will break away clean under manual pressure. If the printer over-extrudes, the bridges will fuse solid and refuse to yield. Standard 3 mm thickness flat stock — do not run on a raft.
Vertical Arc Reactor Speaker Stand
What it's for A vertical, upright stand designed to hold an Echo Dot 3rd Gen while transforming it into a glowing reactor core. The custom cavity is deep enough to cover the sides of the device entirely, leaving only the top surface and the signature light ring visible from the front. A bottom channel allows the power cable to route straight down seamlessly. Dimensions Base: 120 × 100 mm footprint for vertical stability. Speaker Cavity: 101.5 mm diameter, 44 mm depth (tailor-made to enclose the puck). Overall Height: ~150 mm. Print notes Orientation: Prints best as oriented. Ensure your bridging settings are dialed in for the speaker cavity and the rear acoustics hole. Supports: You may want light supports under the bottom edge of the ring and inside the cable channel, depending on your printer's overhang capabilities. Assembly: Slide the Echo Dot in from the front, route the barrel plug up through the bottom slot, and plug it in.
Reactor Core Echo Stand
This stand pitches your 3rd Gen Echo Dot on its side to make it the glowing core of a Mark I Arc Reactor. The base features a U-shaped drop-in pocket sized perfectly for the Dot — it slides right in from the top with the cable attached, seating securely behind the front bezel. The front face frames the bottom edge of the device, turning its status light into the reactor's ring. Core Features Drop-in Dock: Fully open top channel and rear cable slot let you drop the Dot in without unplugging it. Reactor Bezel: Oversized front ring complete with ten staggered copper-style cooling coils. Embossed Text: The iconic 'PROOF THAT TONY STARK HAS A HEART' circles the top arc of the bezel. Cable Management: Rear cutout safely clears the bulky power adapter plug, and the hollowed base lets you run cables beneath.
Table-Clamp Book Holder
A heavy-duty book rest that clamps directly to the edge of a desk or workbench. Built to hold reference books, manuals, or sketchpads open at a comfortable viewing angle without eating up desk space. The spine overhangs the desk slightly to keep the center of gravity stable, while a generous front lip holds pages down securely. Remix Hooks Table Clearance: The throat is set to 50mm to handle thick workbenches. Drop throat_h to 35mm if you're clamping it to standard office desks. Book Canvas Size: The backboard defaults to 180mm wide. Scale the cuboid spans up if you want to support massive hardcover atlases, or shrink them for a compact tablet holder. Tilt Angle: Defined at -15 degrees. Push it to -25 for standing desks, or pull it closer to 0 for line-level reference reading. Print tip: The main holder body should be printed on its side (rotated 90 degrees) so the C-clamp throat and backboard print without massive under-supports.
Open-Frame Armored Commander Deck Box
A Commander deck box wearing skeletal corner armor: each of the eight TPU bumpers is cut into an open frame, so only a rim hugging the box's edges remains, like the corner guards on a vintage steamer trunk. The box holds around 100 sleeved cards, with a lift-off lid and a magnetic swap-in emblem on the front. Window cuts: a rounded rectangle at 80% of each face (top, front, side) is cut through the bumpers. Bumpers: all eight corners are guarded from three directions, with scooped corners. Emblem: a 32 mm tile held by two 6 x 2 mm magnets. Lid: deep cap with a chamfered top edge and an inner lip.
Appendiabiti a Traliccio 32mm
Appendiabiti rigido a parete stampabile in 3D. Disegnato con un profilo sagomato per ridurre il consumo di filamento mantenendo un'elevata resistenza al carico. Interasse: 32 mm esatti. Fori: 3,2 mm (per viti da 3 mm), con svasature da 4,5 mm posizionate a profondità fissa. Accessibilità: tunnel orizzontali da 8,5 mm per inserire agilmente vite e cacciavite. Orientamento: Da stampare rigorosamente coricato sul fianco per sfruttare la direzione dei layer.
Nelore BCS Display Base
What it's for A structured, segmented display base designed to present five cattle models demonstrating Body Condition Scores (BCS). Features an elegant multi-tiered design with distinct angled platforms, giving each figure a dedicated presentation space without structural clutter. Dimensions Overall footprint: 400 mm length x 100 mm width. Total height: 20 mm (10 mm main base, 5 mm middle tier, 5 mm individual platforms). Display pads: 65 mm x 40 mm, offset at a 25-degree angle. Split halves: 200 mm length each, designed to fit cleanly on standard 256x256 mm print beds. Print notes Orientation: Print both base halves flat on their bottoms. Print the pegs horizontally as oriented in the file for maximum shear strength across the layer lines. Clearances: The dowel holes are 8.4 mm with 8.0 mm pegs. This 0.2 mm radial clearance is generous enough for easy assembly straight off a standard FDM printer, but tight enough to hold firmly with CA glue. Supports: None required. All chamfers and geometries are optimized for direct bed printing.
Set van 5 Tandwielen
Een set van vijf tandwielen met een vaste tandgrootte (moduul 2), waardoor ze met elkaar kunnen ingrijpen. Ze zijn naast elkaar geplaatst met een kleine tussenruimte zodat ze direct als losse onderdelen geprint kunnen worden. Specificaties Tandwielen: 5, 10, 15, 20 en 25 tanden Tandgrootte: Moduul 2 Dikte: 5 mm Asgat: 2 mm diameter Tussenruimte: 2 mm (klaar om te printen)
Endgame Robotics Enclosure
A rugged, multi-part enclosure designed for robotic interfaces and smart control nodes. The three-piece split allows easy assembly, with a deep main chassis to house microcontrollers and batteries, capped by a clean windowed bezel and a vented back cover. Front Bezel: Features a recessed touch panel land and tiny microphone breakout holes. Main Chassis: Houses dual text debossing ("END" / "GAME"), structural columns for heat-set inserts, and a USB-C cutout. Back Cover: Includes countersunk M3 mounting holes, an expansion module bay, and a hexagonal vent grille.
Steckschlüssel-Halterung für 1/2-Zoll
Drei schlanke Steckschienen, passgenau für 1/2-Zoll-Stecknüsse. Jede Schiene misst 246 mm in der Länge, mit erhabenen Größenangaben für schnelles Finden der richtigen Nuss. Die Konstruktion: Format: Schmale 28 mm Breite und 3 mm starke Grundplatten sparen Platz in der Schublade. Aufnahmen: 12,5 mm Seitenlänge mit leichter Einführschräge für optimales Aufstecken ohne Klemmen. Ordnung: Vorgesehen für Größen von 11 bis 32, aufgeteilt in logische Gruppen.
Dev Board Lockdown Case
Raw development boards sliding across a desk are just waiting to short out on a stray screw or drop a jumper wire mid-compile. It’s annoying, it ruins components, and it makes moving a project impossible. This ends that. This is a clean, three-part enclosure built to lock down an ESP32 and an OLED display, keeping the wiring hidden and the desk clear. Footprint: 58.0 mm × 48.0 mm Total thickness: 34.5 mm (assembled) Display window: 30.5 mm square (designed for 1.3" OLEDs) Assembly: Uses four M3 screws driven from the back, leaving the front bezel perfectly clean. Print the three parts flat on their backs. Frosted PETG recommended if you want the board LEDs to diffuse through the case walls.
NAJMA
A compact, single-piece delivery truck chassis designed as Part 1 of a commemorative desk model. Engineered to print in place with zero assembly required for the base. Integrated Wheels: Solid cylinders fused into the chassis base for a robust, no-moving-parts foundation. Rear Platform: Provides a flat bed with two precisely placed alignment pins to locate a custom cargo box. Commemorative Markings: Features embossed text on the cabin roof celebrating the occasion. Built to be fully printable without supports, keeping the underside flat and stable.
Endgame1
Exploded assembly of a two-piece enclosure for an ESP32-WROOM-32 board (52 x 28 x 14 mm) and a 1.3-inch square OLED module (34 x 34 x 8 mm). The lower chassis has a 52.4 x 28.4 mm pocket, a USB-C cutout on the +X end, and debossed text: "END" on the front wall and "GAME" on the back wall. The lid has a 34.2 mm square window for the OLED. Brass inserts, M3 screws and the OLED module float above the chassis on a flat mat base. Outer size: 64 x 42 mm; chassis height 16 mm, lid thickness 3 mm Board pocket: 52.4 x 28.4 mm, 14 mm deep, 2 mm floor OLED window: 34.2 x 34.2 mm Corner holes: 4 positions at ±29.1 x ±17.9 mm; 4.2 mm for heat-set inserts in the chassis, 3.5 mm clearance in the lid USB-C cutout: 9.2 x 3.4 mm with rounded ends, on the +X end Text: 1 mm deep debossed lettering, 6 mm tall Exploded layout shows inserts, OLED module and M3 screws in assembly order; the mat is a reference surface, not part of the enclosure Material: PETG or clear/natural filament suits the frosted look; print the chassis and lid separately
Vented Equipment Enclosure Box
What it's for A functional electronics or equipment enclosure featuring an integrated hinged lid, snap latch, and generous ventilation slots. Designed to print easily with the lid flat on the bed alongside the main body. Dimensions Internal capacity: 200 x 200 mm base, 60 mm deep inside Floor: 5 mm thick solid base for structural rigidity Cutouts: A 30 mm circular port on the left wall, and a 12x6 mm rectangular port on the back wall by the hinges. Cooling: Vertical slot vents on the front, left, and back panels. Assembly Once printed, mate the hinge knuckles of the lid to the base. Slide a piece of raw 1.75mm or 3mm filament (or a standard M3 bolt) straight through the hinge line to join them.
Endgame
What it's for A two-piece enclosure for an ESP32-WROOM-32 dev board with a 1.3 inch square OLED display in the lid. Shown exploded with brass heat inserts and M3 screws aligned to the corner holes. Dimensions Board pocket: 52 x 28 mm, 14 mm deep (0.2 mm total clearance added so it actually fits) OLED window: 34 x 34 mm Outer size: about 56.8 x 40.4 mm, 2.4 mm walls Front USB-C slot, 10 x 4 mm Remix ideas Add vent slots for cooling. Make the lid thicker to recess the 8 mm display module. Add a cable pass-through at the rear. Print notes A true zero-clearance fit is impractical on FDM, so a small clearance is included. Dimension lines and the cutting mat from the reference image are not modelled.
Tank Tap Bulkhead Fitting 1 1/2" BSP
A through-wall bulkhead fitting in the spirit of a classic water butt tank connector: a broad round flange sits against the tank wall, a long threaded barrel passes through, and a matching lock nut clamps it from the other side. 72 mm flange with a shallow gasket seat for a flat washer or O-ring 1 1/2" BSP-style male thread (47.8 mm major diameter, 11 TPI), 40 mm long 38 mm through bore Separate lock nut, printed alongside Design notes: The thread is a generic approximation of the Whitworth form, so test-fit against your mating part. Cut the tank hole to suit the thread, and use a rubber gasket against the flange. Print the flange face-down; PETG is a sensible choice for water contact.
Endgame
Enclosure for an ESP32 + OLED gaming device that hides every fastener behind the cover, so the front stays clean and the display stays put. The OLED sits in a guided pocket with a separate retaining frame, and the USB-C slot is placed to match the ESP32 board's connector. Key numbers External size: 60 mm wide × 44 mm high × 40 mm deep, including the 2.5 mm rear cover. Display window: 27.5 × 27.5 mm (assumed active area of a 34 × 34 mm OLED PCB). Check this against your module. Internal cavity: 56 × 40 mm, 2 mm walls. USB-C slot: 10.2 × 4.2 mm on the right wall, at 18 mm height. Button hole: 3.4 mm, 36 mm up, with a holder for a 6 mm tact switch. Battery tray: fits a 703048 cell (about 48 × 30 × 7 mm), held by front ledges and side stops. Four M2 screws, 6 mm long, enter from the rear only. The tips stop in the bosses, short of the battery. Print: body front-face down, cover flat, frame flat. No supports are needed apart from the USB slot bridge. 0.2 mm layers, PETG or PLA. Assumptions to verify The ESP32 board is taken as about 51 × 25.5 mm, with its long axis along the width and the USB-C on the right end. Many boards have no mounting holes, so the standoffs are side ribs with small locating pins. Trim or remove the pins if your board has no holes there. The retaining frame is a friction fit in its guides. Add a dab of glue if you want it permanent. Lettering is inlaid in black and runs vertically either side of the screen.
Sprout — Tapered Planter
Introducing Sprout — a classic, no-nonsense tapered planter designed for robust root health. Built with thick walls and a sturdy top rim, it brings a clean, timeless aesthetic to any shelf or window ledge, ensuring your greenery takes center stage. Dimensions Outer Diameter: 100mm (tapering down to 75mm at the base) Overall Height: 95mm Wall Thickness: 2.5mm Features Drainage Array: Features one central 10mm drain and six 8mm radial drain holes to prevent waterlogging. Reinforced Rim: A 5mm chamfered top lip adds structural rigidity while giving you a solid grip when repotting. Print-Ready: Flat base and smooth taper guarantee a flawless print without supports.
Need a part that doesn't exist yet?
Start building →