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
Low Twist Table Lamp
A two-piece tabletop lamp designed around a standard E27 socket, sitting low to the desk. The shade slips directly over the base collar, printing narrow-side-up with a sweeping twisted rib profile. Remix Hooks Twist & Scale: The shade currently twists 72 degrees over 140mm height. You can tighten the twist or push it taller depending on your build volume. Base Lip: The shade mounts via a 110mm diameter friction-fit collar. If scaling the shade, keep the collar dimensions locked so it still mates with the base. Socket Mount: The internal bore is 42mm wide and sits 10mm off the deck — plenty of space for a standard E27 fixture, with a routing channel dropping down to the desk surface.
Microcontroller Dummy Board
A simplified 3D dummy model of a 50 × 40 mm microcontroller board. Use it as a physical stand-in to verify clearance, mounting layouts, and connector alignment before committing to a final enclosure design. Features and specifications: Dimensions: 50 mm length × 40 mm width × 1.6 mm board thickness. Mounting: Four 3.2 mm holes for M3 hardware, inset 3.5 mm from the corners. Clearance envelopes: Includes simplified block representations for a main IC, secondary IC, USB connector, power regulation components, and a row of IO headers.
IR Sensor
A dedicated rigid L-bracket for mounting an 18mm cylindrical proximity sensor, fully sized to fit standard E18-D80NK photoelectric switches. The assembly includes a mock-up of the sensor body and mounting nuts to verify clearances before printing. Sensor Bore: 18.6 mm (includes 0.6 mm clearance for thread pass-through). Mounting Pattern: Dual 4.5 mm base holes pitched at 24 mm. Component Clearance: Ample front/rear space to accommodate lock nuts and rear cable egress.
Silicone Sealing Washer
This is a flexible sealing washer designed to fit between a tap adapter and a tap connection. It provides a watertight seal when compressed. Dimensions Outer Diameter: 28 mm Inner Diameter: 20 mm Thickness: 3 mm Material Notes While modeled here as a solid, the physical part should be printed in a flexible filament like TPU, or cast in silicone, to function as a proper seal.
Tap adapter component
For taps that don't have standard threads, a clamp-on adapter is the easiest fix. This one uses a threaded outer nut to compress an inner segmented collet, biting down onto the tap spout. Clamping Range: Accommodates 15 mm up to 24 mm unthreaded tap spouts. Mechanism: A split collet compressed by a tapered outer nut. Outlet: Plain unthreaded outlet, ready for gluing or custom modification. Materials: Designed for rigid filaments like ABS or PETG. Requires a separate silicone internal washer for sealing.
Side-Pinned 40-Quarter Dispenser
What it's for A fully mechanical, gravity-fed coin magazine tailored for standard U.S. quarters. It stores a full $10 roll vertically and dispenses exactly $1 (four quarters) per cycle into the palm of the hand. The mechanism relies on a two-stage sliding escapement, now utilizing a side-mounted limit pin to ensure the coin path remains entirely unobstructed during travel. Dimensions Overall Envelope (Dispenser): 34 × 56 × 75 mm (when closed) Slider Thickness: 7.2 mm Coin Bore: 25.2 mm (optimized for 24.26 mm quarters) Assembly The main body, slider, cap, and limit pin print separately without supports. Insert the slider into the main body track, align the side slot with the right-hand hole on the body, and push the limit pin flush into the side countersink to capture the mechanism. Remix ideas Threaded Cap: The top of the magazine tube features a coarse 4mm-pitch thread. Alter the tube height to make a shorter 20-coin version. Coin Bore: Tweak the internal offset diameter for other currencies or custom arcade tokens. Slider Thickness: Scaling the Z-dimension alters how many coins drop per pull (currently dialed for exactly four 1.75 mm thick quarters).
Ballasted Tomato Planter With Cage
Dwarf tomato plants inevitably turn into top-heavy messes that tip over their cheap nursery pots, and generic wire cages never quite fit the rim. This solves both. A heavy-bottomed, 12-inch tall planter shaped specifically to keep a top-heavy plant grounded. The wide 10-inch base drops into an 8-inch waist before swelling back out to give the root ball room, ending in an 8-inch mouth. The bottom inch detaches as a flush-fit drainage saucer, while the rim features deep, built-in sockets. The included custom cage drops directly into those sockets for a rigid 4-inch scaffold that won't slide sideways in the dirt. Sizing & Assembly Total Volume: ~3.2 gallons. Clearances: 0.5mm slip-fit for the saucer joint, 1mm clearance for the cage legs dropping into the rim. Layout: The pot, saucer, and cage are laid out side-by-side. The pot requires a 300x300mm class Z-axis to print at its intended 12-inch scale.
120mm Self-Watering Planter
A 120mm diameter by 120mm tall self-watering planter designed to keep moisture-sensitive plants like basil alive. The bottom 30mm acts as a dedicated water reservoir, separated from the soil by a perforated platform and a central wicking column. A built-in fill tube routes water directly to the base, while a side window at the 15mm mark provides a visual water level check and acts as a hard overflow drain to prevent drowning the roots. Starting Points for Remixing Scale and Proportions: Overall footprint is 120x120mm. Stretching the Z-axis is straightforward, but requires manually offsetting the 30mm platform and 15mm overflow window to maintain the reservoir geometry. Platform Flow: The internal drainage perforations are currently set to 3.5mm. Widen these for coarse chunky soil mixes, or tighten the grid spacing for more aggressive root aeration. Wicking Column: The central 40mm wicking cone drops to the base with 10mm side slits. Depending on the soil's capillary action, adjusting the slit height changes how quickly the topsoil hydrates. Print Pairings: Prints as one solid piece without supports. Best paired with PETG for long-term water tightness and UV resistance if placed on a windowsill.
RailGrab — Bed Box Tray
A heavy-duty side tray designed to hook right over a bunk bed rail. The interior basin is dimensioned to securely hold a 3.9-inch square box, wrapped by a full 1-inch retaining lip so nothing gets knocked over in the dark. Dimensions Inner Basin: 100 mm × 100 mm (perfect clearance for a 3.9" box). Lip Height: 1 inch (25.4 mm). Rail Hook: Fits standard 1-inch bed rails. Print notes With its 5 mm solid walls, this tray acts as a structural bracket. Best printed in PETG or ABS for long-term creep resistance, though PLA will do fine if it won't see direct sunlight. Depending on your orientation, supports are required for the hook overhang.
Cartoon Giraffe Figure
A modular, multi-part cartoon giraffe figure with exaggerated proportions. Designed for easy remixing: the body parts are built from basic geometries, meaning you can easily swap the spheres for sharper polyhedrons if you want a low-poly look, or adjust the simple translation coordinates to change the giraffe's neck angle and stance. Remixing Parameters Leg Height: Currently set to 22mm length with a taper from 9mm to 16mm. Neck Angle: Set to a 25-degree pitch, making it easy to raise or lower the head. Spot Placement: Arranged radially; you can scale or duplicate them to increase coverage.
Matix Snap-Fit Test Frame
Un piccolo frammento della scatola principale, isolato e progettato per essere stampato velocemente. Serve per testare fisicamente l'inserimento e lo scatto del frutto BTicino Matix prima di impegnare ore nella stampa del pezzo completo. Orientamento fedele: Si stampa in verticale, in modo che le linee di livello (layer) e i ponti della fessura riproducano esattamente le condizioni della scatola finita. Fianchi rigidi: Il profilo a "C" impedisce alla parete di flettere quando premi l'interruttore. Risparmio: Pochi grammi di filamento per verificare le tolleranze di aggancio.
Tactical Shock-Cord MOLLE Panel
A robust 3D-printable MOLLE/PALS panel engineered to organize and mount your gear securely. Featuring standard webbing slots and an integrated shock cord routing system, it easily adapts to a variety of storage needs—from backpacks and vehicles to custom workshop setups. Standard PALS Spacing: Accommodates traditional MOLLE pouches and accessories. Integrated Shock Cord Holes: Strategically placed along the grid intersections and outer borders for weaving custom retention setups. Offset Standoffs: Built-in 3/4" rear spacers at the four corner mounts allow room for straps and webbing without additional hardware. Rugged Build: 4mm thick solid plate designed for rigid mounting.
Scatola Bticino Matix Flangiata
Scatola esterna su misura per alloggiare un interruttore della serie BTicino Matix, progettata per l'accoppiamento con un pannello alimentatore. Sede frutto: Foro centrale 22.5 x 45.0 mm ottimizzato per incastro a scatto Matix. Fissaggio asimmetrico: Flange sfalsate per adattarsi alla struttura (interasse 40 mm, dislivello Z 26 mm). Passacavi: Doppia uscita posteriore da 8 mm. Stampa: Coperchio ottimizzato per stampa a faccia in giù senza supporti.
Custom Solid School Bus
A miniature school bus scaled to exactly 120 mm in overall length, proportioned realistically for print-in-place FDM printing. Features include recessed windows to preserve a watertight manifold body, integrated fenders, and robust side mirrors that won't snap when the supports pull away. Dedicated Sign Panels: Extruded flat blanks on the sides carry the requested school name on two clear lines. Exact Dimensional Fit: The front and rear bumpers are anchored dead on the 120 mm boundaries. Printability: The entire base is sliced flat at Z=0, guaranteeing solid bed adhesion without rafts.
Faceted SimHub Button Box
A clean, industrial-styled button box designed for sim racing rigs, controlling Wind, Pedals, and Bass Shakers via SimHub. The enclosure uses a faceted, dodecahedron-inspired geometry to eliminate flat overhangs and keep the footprint small. The front panel cuts a heavy 45° chamfer, hiding the seam where it snaps into the rear body. Features internal snap-fit prongs and receiver towers — no visible hardware required. Base dimensions reduce sharply toward the mount to avoid interfering with wheelbases or monitor arms. Built with clearances for standard Cherry MX switches and a toggle switch cut out for the top left.
10-Slot Pill Bottle Organizer
What it's for A multi-compartment organizational tray specifically sized for standard pill bottles, arranged in a 2x5 grid. Designed to keep bottles upright and securely separated. Dimensions Compartments: 10 slots, each 1.5 × 1.5 inches (38.1 × 38.1 mm). Height: 2 inches (50.8 mm) deep to prevent tipping. Overall footprint: ~8.0 × 3.2 inches (202.5 × 82.2 mm). Print notes Standard 2 mm outer walls and internal dividers provide solid rigidity. Prints flat on its base. No supports required. Inner corners feature a slight 2 mm radius to make retrieving bottles easier.
Tapered Planter with Drainage
A classic tapered planter pot designed for small indoor plants. The base features a central drainage hole surrounded by a ring of six additional holes to prevent waterlogging and ensure healthy root systems. A slightly thickened rim provides structural rigidity and a clean visual finish. Design specifications: 80 mm top diameter tapering to a 60 mm base 70 mm overall height with 2 mm wall thickness 7 integrated drainage holes (6 mm diameter each)
Classic Block School Bus
A solid, 3D-printable school bus styled specifically for direct FDM printing. The entire chassis, wheels, and bumper bases share a completely flat Z=0 plane for excellent bed adhesion. Support-Free Windows: Modeled as deep structural recesses rather than complete cutouts, preserving the strong solid core of the model. Embossed Lettering: Thick 1.5mm 3D lettering cleanly fused to the hull. Support-Free Mirrors: The side mirrors feature a smooth 45-degree brace underneath, eliminating the need for delicate breakaway supports. 120mm Scale: Exactly 120mm bumper-to-bumper.
Wedding ATM Dispenser
This elegant ATM-style money dispenser is designed as a playful but refined wedding gift. The money gets taped to a rotating drum inside and pulls smoothly out of the front slot. Remixing and Assembly Tolerances: The internal drum has a 75 mm width with standard clearances to spin freely on the 10 mm shaft. Assembly: The base plate snaps into the hollow shell. The U-channels on the plate cradle the shaft, making it easy to spool the cash outside the machine, drop it into the cradle, and slide the base in. Customization: The blank sloping front face is completely clean, leaving plenty of room for embossed names, a wedding date, or a custom monogram.
School Bus with Flat Chassis
Most printed vehicles fail because the wheels are left hanging on fragile pegs or the chassis sits at an odd angle that demands heavy scaffolding. This model fixes that. The chassis and the tires all bottom out exactly at zero, so the whole block sits dead flat on the build plate. The wheels are deeply anchored into the body via solid internal axles — no snap-offs, no thin joints, and absolutely zero internal voids to confuse the slicer. Print details Dimensions: 120 mm total length, 45 mm wide (at the wheels), 50 mm tall. Wall thickness: Core is completely solid; window recesses leave a 36 mm thick central pillar. Overhangs: Window frames drop in by 1 mm, wheel arches span smoothly, and mirrors sit flush. No supports needed.
BlockBus — Solid FDM Chassis
This is a heavy-duty, monolithic school bus model engineered specifically for FDM printers like the K1 Max. Instead of a fragile hollow shell, the body is a continuous solid block. The details — including the windows, grille, and doors — are debossed just 1mm deep, providing all the visual definition without introducing internal overhangs or requiring support material. Dimensions Length: Exactly 120 mm (from front to rear bumper) Width: 44 mm (outer wheel edge to wheel edge) Height: 42 mm (including the roof hatches) Print Notes Support-Free: Designed to be printed entirely without supports. The debossed windows bridge easily, and the wheel overhangs are minimal. Bed Adhesion: The bottom 0.4 mm of the model (including the wheels) is sliced perfectly flat, yielding a wide contact patch for a flawless first layer. Infill: Since the core is fully solid, use your slicer's infill (10-15% is usually plenty) to control the final weight of the part.
Tee-Spanner — Offset Bracket
A sturdy, precision-measured stepped T-bracket designed to join or space components on multiple planes. The solid central pillar provides a heavy-duty connection between the base plate and the cross piece. Dimensions Base Plate: 4.5" × 1" × 0.25" Cross Piece: 2.6" × 0.6" × 0.19" Overall Offset: 0.78" top-to-top (0.59" clearance between plates) Mounting Holes: 0.27" diameter, spaced 2" apart Features Stepped dual-plane geometry Print-ready filleted outer corners Heavy center union block for shear strength
Clip Câble 6mm Poney
Support de bureau pour retenir un cordon lorsqu'il n'est pas branché, intégré dans un gabarit de poney stylisé. Spécifications de montage Câble cible : Gaine de 5,5 à 6 mm de diamètre (type USB-C tressé, cordons de charge standards). Rétention : Fente supérieure pincée à 4,5 mm pour un encliquetage en force. Fixation : Base plate de 24 x 35 mm, conçue pour recevoir un carré d'adhésif double-face. Incompatibilités : Ne convient pas aux câbles d'alimentation épais, aux cordons HDMI, ni aux fils de souris ultra-fins (qui glisseront hors de la gorge).
Labyrinth Acoustic Proof
This is a structural and acoustic proof-of-concept for the folded transmission line. To ensure the airflow, cross-sectional area, and continuous path meet the requirements before we engineer the complex airtight interlocking joints, the model is presented as a cross-sectional cutaway. Acoustic Specifications Cross-sectional Area: ~171 cm² throughout the labyrinth. Line Path: The air is forced down behind the driver chamber, snakes through two 180-degree folds with bullnose edges, and exits at the bottom rear mouth. Scale: This visualizes a 400mm deep continuous block. To reach the full 2.0-meter acoustic length, this pattern will be extended and segmented into multiple 248mm printable blocks.
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