3D-printable desk & tech accessories
Phone stands, cable management, name plates, camera and tripod mounts — print-ready with real dimensions. Browse what makers built, or describe the exact fit you need and Printy makes it.
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Oversized Desk Device Stand
An oversized, stable desktop stand designed for larger devices. It uses a thick, continuous profile with a wide footprint and a deep front cradle to keep heavy hardware from tipping backwards. The underside is channeled out to ensure the stand rests securely on its front and back edges without rocking. Remix Variables Total Width: Currently 100 mm. Drop this to 60 mm if you want a slimmer profile, or stretch it to 150 mm for a massive tablet. Backrest Height: Reaches 110 mm off the desk. You can lower the rear profile points if your device sits fine on a shorter spine. Cradle Gap: Set at roughly 24 mm to accommodate thick cases or ruggedized hardware. Pull the inner cradle coordinates forward if you need a tighter grip on bare devices.
Arc Reactor Docking Console
A modular desktop console base designed to securely dock and display a prop Arc Reactor. The underlying architecture prioritizes easy electronic integration without resorting to threaded inserts or messy glue. The chassis walls run at a lean 2 mm, shedding unnecessary material while preserving the rigid industrial aesthetic. Integration Points OLED Mount: A friction-fit slide track drops down directly behind the front JARVIS bezel, sized for a standard 0.96-inch (128x64) I2C OLED PCB (roughly 27.5 mm width). Control Board Cradle: The bottom service panel incorporates a built-in snap-fit cradle engineered for a standard ESP32 development board, positioned exactly in line with the rear USB-C access port. Reactor Mount: Features a 93 mm forward-pitched docking collar. Clearances: The top dock, bottom panel, and front bezel are modelled as separate bodies in the source for multi-part printing if needed, built with 0.4 mm clearances where they meet.
Wireless Battery Pack Enclosure
A rigid, minimalist two-part enclosure designed for a custom 5000mAh wireless power bank. The exterior mimics standard MagSafe packs with heavy corner radii and a flat profile, while the inside is sectioned to mount control hardware and charging coils safely. The base shell carries the primary mounting features: Battery Bay: Accommodates flat Li-Po cells with soft side-ribs to prevent lateral shifting without compressing the pack. PCB Mount: Four standoffs dimensioned for M2 self-tapping screws, separated from the battery bay by a low dividing wall with wire-routing channels. Ports: Cutouts on the bottom edge for a USB-C receptacle and a tactile switch. The top lid is hollowed to accept standard wireless charging hardware. Recesses for a 45mm Qi coil and a 56mm MagSafe magnetic ring are cut directly into the ceiling, leaving a minimal plastic floor (0.7mm to 1mm) to maximize magnetic adhesion and charging efficiency. A stepped lip aligns the lid securely into the base shell for final assembly.
27mm TWS Earbud Shell
A True Wireless Stereo (TWS) earbud enclosure tailored for custom internals. The main exterior plate commands an exact 27 mm footprint, housing a domed chassis ergonomically tapered toward the ear canal. The structure includes exact hollows for: A Ø13 × 3 mm PCB A 401012 battery (4 × 10 × 12 mm) An 11.5 mm acoustic speaker The angled acoustic nozzle features a locking lip, allowing the included silicone ear tip to snap securely into place while remaining fully removable.
TWS Clamshell Enclosure
A hardshell housing for True Wireless Stereo (TWS) electronics, featuring a robust clamshell design. The base is sized exactly to the requested 52 × 48 × 24 mm footprint, finished with heavy corner rounding for pocketability and a recessed alignment lip for a clean seal. 1.8mm Hinge Channel: Sized to accept standard 1.75mm filament as a press-fit hinge pin. USB-C Port: Centred rear cutout ready for charging board alignment. Print-ready Orientation: The lid and body are separated and sit flush on the build plate for support-free printing.
Samsung S24 Case Blank (ITAY)
Standard phone case blank featuring a custom typography deboss on the rear face. Fits: Standard modern handset blank (currently S24 dimensions) Customization: "ITAY" carved 1.2mm deep into the back plate using Pacifico script Orientation: Text is mirrored in the design file so it reads correctly when viewing the outside back of the printed case. Check your specific handset dimensions before printing, as this uses a baseline placeholder footprint.
Harmonica Acoustic Silencer
A two-piece, snap-fit acoustic silencer for a standard 10-hole diatonic harmonica (like the Fender Blues Deluxe). Features a continuous lip opening for unrestricted playing across all 10 holes. Integrated three-chamber acoustic labyrinth forces exhaust air and sound through a tortuous path, reducing volume while maintaining airflow. Internal cavity includes space for 4mm acoustic foam (to be added manually). 6-point integrated snap-fit and alignment pin system requires no extra hardware. Print both halves flat on the build plate. No supports should be strictly necessary for the main geometry.
Harmonica Acoustic Labyrinth Muffler
A parametric, two-part acoustic enclosure built to mute a 10-hole harmonica without changing how it plays. The design features an unobstructed front opening so your embouchure stays natural, and routes the exhaust air through a rear labyrinth of baffles. The enclosure leaves a dedicated internal gap for you to line with acoustic foam before snapping the halves together. Remix Hooks Harmonica Dimensions: Base sizes are set to 100×27×20mm, but easily tweaked for other harps. Lip Opening: Currently 94×9mm. Widen it if it restricts your airflow, shrink it if you want maximum suppression. Foam Gap: Set to 4mm by default. Adjust this based on the specific acoustic material you plan to insert. Labyrinth Depth: The rear exhaust baffles can be extended if you have room for a larger overall footprint.
Custom Mechanical Keycap
A custom mechanical keyboard keycap designed to fit standard Cherry MX style switches. It features a hollowed shell with a reinforced stem cylinder, and bold, raised lettering on the top face for a satisfying tactile feel. Switch Type: Cherry MX compatible (cross stem) Profile: Standard OEM-style taper Features: Raised typography and a chamfered stem lead-in for easy fitting
90mm FPC-Compatible Earcup Cover
A customized 90mm circular earcup plate designed specifically to mount FPC touch sensors. The inner face features a perfectly cylindrical curve along the X-axis, ensuring the flexible printed circuit can adhere flatly without complex buckling or creasing, while the outer face remains distinctly convex. Overall Diameter: 90mm Center Thickness: 3mm Edge Thickness: 1mm (resulting in a 2mm taper along the Y-axis) Internal Cavity Drop: 3mm cylindrical sweep
Vision Scale Control Box
A structured, dual-bay hardware enclosure tailored to house both an ESP32-CAM and an HX711 load cell amplifier. Built with a unified form factor to keep a vision-based smart scale or sensor node tidy, this shell manages the boards, wiring, and thermal exhaust in one place. Internal Layout: Features independent standoff patterns spaced for standard ESP32-CAM and HX711 module footprints. FDM Optimized: Horizontal ventilation tracks on the side walls print cleanly without supports. Cable Management: Drop-in U-slots on either end allow cables to be seated before securing the lid, avoiding tricky wire threading. Hardware Required: Fits standard M3 self-tapping screws for the lid, and features built-in outer flanges for securing to a bench or wall.
Armored Figure Headset Stand
A sturdy desktop headset stand featuring a geometric, stylized armored figure integrated directly into the vertical support column. The design merges practical utility with a block-bot aesthetic, supporting standard gaming headsets on a wide, curved top rest. Heavy 120x110 mm base for stability Wide U-shaped headset saddle prevents band indents Integrated four-color figure designed for multi-material FDM Chamfered geometry prints cleanly without supports
Print-in-Place Desk Gyro
Idle hands end up disassembling pens or clicking loose hardware, which drives everyone else in the room crazy. This is a quiet, self-contained fix. Four concentric rings spin freely inside each other on tiny internal pivots, printed fully assembled as one part. Tolerances and Print Details Gaps: 0.4mm clearance between each ring prevents fusing. Pivots: 0.5mm radial clearance on the pins to keep them spinning smoothly once cracked loose. Overhangs: The pivots use a diamond profile to grow out at 45 degrees, requiring zero supports. Pop it off the plate, snap the axes loose, and you're good.
Desktop Organizer & Can Holder
Every side table eventually turns into a dumping ground for the same four items that refuse to stack: the remote that slides off the armrest, the phone getting buried, the loose change wandering around, and a drink waiting to be knocked over. This block gives each of them a fixed, walled-off zone. It prints as a single heavy chunk with a wide footprint so it stays planted when a tall remote is yanked out of it. The internal corners are rounded to stop dust and change from cementing into sharp corners. Dimensions & Fit Overall Footprint: 156mm wide, 116mm deep, 80mm tall. Can Pocket: 70mm diameter (clears standard 66mm aluminum cans), 60mm deep. Remote Pocket: 70x34mm, 75mm deep for tall stability. Phone Pocket: 74x20mm, 50mm deep to hold it upright. Misc Tray: 74x70mm, 40mm deep for keys, coins, or earbuds. Printing: No supports required. Print flat on the base. Use 10-15% infill to give it enough mass to stay put.
Steam Deck Tabletop Cradle
A solid tabletop stand designed to securely cradle a Steam Deck at a 60-degree viewing angle for hands-free play. The geometry supports the handheld securely by its lower grips, keeping the screen and controls entirely clear. A central routing channel runs straight through the base to manage the charging cable, allowing the device to remain powered without awkward cable bends or putting pressure on the port. Features: 140mm wide stance for stable tabletop placement 60-degree resting angle optimized for comfortable viewing 13mm integrated bottom channel to easily clear a standard 10mm charging cable Fully rounded edges for comfortable handling and clean printing
Modular Smart Bird Cage
What it's for A fully modular, 3D-printable bird cage designed to house an integrated IoT monitoring system. Featuring an electronics enclosure tucked below the cage, a dedicated sensor platform, and a front control panel, this project provides a clean FDM-optimised chassis for tracking conditions without exposing wiring or sharp geometry to the bird. Dimensions Overall Footprint: 140 mm × 140 mm Total Height: 200 mm Wall Thickness: 2.5 mm grid walls, 2 mm shells LCD Opening: 71 mm × 24 mm (standard 16×2 layout) Materials Recommended: PETG or ABS for durability and sanitisation Electronics base can be PLA, but PETG handles hardware and enclosure heat better Cage prints efficiently flat without supports if the faces are split appropriately Print notes The model is assembled to preview the 10 distinct modules. When preparing to print, separate the parts to orient them flat on the bed. Use 2 to 3 wall perimeters for structural rigidity on the 2.5 mm frame sections.
Manta Contour Console Grips
Echoing the sweeping, organic lines of marine life, these bionic-contoured grips transform a rigid, slim handheld into a natural extension of the hands. The bulbous outer shell fills the empty space of a relaxed grip, completely banishing the cramped claw-hand fatigue of marathon sessions. A precision-channeled core seamlessly bites onto the edges of the device without crowding the action. Design Specs The Swell: Sweeps 25mm outward from the console body to fully support the lower palm. The Fit: Parallel channels lock cleanly over a 10mm chassis edge, utilizing lead-in chamfers for a smooth, scrape-free slide. The Clearance: A minimalist 4mm front lip ensures thumbs never collide with the plastic while reaching for the D-pad. The Fabrication: Symmetrical vertical extrusions designed to sit flat on the build plate without requiring supports.
3-to-2 Inch Fan Duct
A tapered airflow duct that adapts a 3-inch (76.2mm) square PC fan mount down to a 2-inch (50.8mm) circular exhaust. The transition is spread evenly across a 4-inch (101.6mm) total height to maintain smooth airflow. What it's for Designed to funnel cooling air from a standard square frame fan into a 2-inch hose or circular pipe without choking the pressure. The straight 10mm collar at the top provides an easy clamping surface for tubing. Dimensions Base Flange: 76.2mm × 76.2mm (3" × 3") Mounting Holes: 4.5mm diameter, spaced 63.5mm (2.5") on center Output Collar: 50.8mm (2") inner diameter Overall Height: 101.6mm (4") Wall Thickness: 2mm Assembly The mounting holes are sized to clear standard PC fan screws. If your specific 3" fan has a slightly different hole spacing (common in older non-standard sizes), the corner tabs have enough solid material left to allow drilling out custom alignments.
Triple Vertical Device Stand
A heavy desktop block cut to vertically store three media devices, freeing up desk space. The solid base prevents tipping under uneven loads, while chamfered slot entries guide the devices in without scraping the edges. Center Slot: 21mm wide, fitted for a 3/4-inch laptop. Right Slot: 18mm wide, fitted for a 5/8-inch Blu-ray drive. Left Slot: 24mm wide, fitted for a 7/8-inch external hard drive.
AeroMount — Modular Desk Boom Arm
A heavy-duty, fully articulated microphone boom arm designed entirely for FDM printing. Instead of relying on fragile printed threads for major stress points, this system uses a hybrid approach: structural parts capture standard hex nuts and bolts, while retaining large, ergonomic 3D-printed knobs for toolless adjustment. The modular desk clamp handles surfaces up to 37mm thick, and the universal microphone bracket uses a flexible 45mm C-ring grip that tightens around the microphone body, bypassing unknown thread specifications entirely. Hardware Requirements This build utilizes standard metric fasteners to ensure the boom arm safely holds its position under load without cracking: Joints: 4× M8×40mm hex bolts and 4× M8 hex nuts. Desk Clamp: 1× M10×60mm hex bolt and 1× M10 hex nut. Mic Grip: 1× M4×20mm bolt and 1× M4 hex nut. Print Notes All parts are oriented flat on the build plate to align the FDM layer lines parallel to the physical stress direction—virtually eliminating the need for supports. Walls: Minimum 4 perimeters for structural rigidity. Infill: 30–40% Gyroid. Materials: PETG or ABS recommended for the arms and clamp body to resist long-term creep. The desk pad can be printed in TPU for maximum grip. Tolerances: Joint clearances are built with 0.25mm spacing. Hex pockets are generously oversized for easy bolt insertion.
SlimLine — Asymmetric Pencil Cup
A clean, structured pencil cup designed to keep your writing tools right where you need them. The asymmetric profile makes it easy to grab shorter items from the front while the extended back panel supports taller rulers and scissors. Dimensions Width: 120 mm Depth: 40 mm Front Height: 80 mm Back Height: 110 mm Features Reinforced Backboard: A 3mm rear wall prevents flexing when heavier tools rest against it. Rounded Corners: 3mm outer radii keep the footprint smooth and easy to wipe clean. Stable Base: A solid 2mm floor ensures the cup won't tip over.
Asymmetrical 4-Section Catch Tray
A massive open tray just lets everything rattle and slam into the corners every time you open a drawer or bump the desk. This breaks the footprint into four specific zones—a long bay on the right for taller items, a wide bay across the top, and two smaller catches—so things actually stay where you drop them. Specs Footprint: 261mm wide × 100mm deep Height: 50mm Wall Thickness: 2mm all around (outer walls and internal dividers)
Monolithic Tapered Wrist Rest
A sleek, monolithic wedge that brings ergonomic relief to compact typing setups. Designed specifically for the footprint of a 60% mechanical keyboard, this wrist rest offers a seamless transition from the desk surface to the keys. The stark, minimalist profile features a gentle slope that eliminates harsh edges, providing a clean geometric aesthetic without sacrificing comfort. Design Features Perfect Fit: Spans exactly 295mm wide by 70mm deep to sit flush with compact mechanical boards. Ergonomic Slope: Tapers smoothly from a supportive 18mm back height down to a negligible 4mm front lip. Softened Edges: The top corners feature a subtle rounding to prevent digging during extended typing sessions.
Nose-Down Controller Charging Cradle
A heavy-base desktop cradle designed to hold a standard Xbox controller nose-down while resting securely on its grips. It keeps the charging port accessible from below, maintaining a constant connection with a play-and-charge cable so the battery is fully charged before the next boss fight. Angled resting pocket holds the controller by the grips, featuring lateral retaining walls to prevent sliding. Central 70mm void clears the controller's nose, triggers, and bumpers. Bottom routing channel accommodates standard charging cables, feeding directly upward into the port. Flared rear cable entry allows for smooth wire management. Sized specifically to fit standard 155mm wide gamepads.
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