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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Pebble Dock — EDC Organiser
Pebble Dock brings order to your nightstand with a heavy, stable, monolithic footprint. The phone sits securely against a rigid 38mm backrest angled at 70 degrees, with an 8mm front retaining lip and an integrated hidden cable channel for neat charging. Features Rigid Backrest: A deeply recessed pocket securely supports a cased smartphone. Hidden Cable Channel: Cables feed directly from beneath the phone to the rear of the body, keeping the surface clear. Essential Trays: A front catch-all for daily carries and a side pocket for earbuds. Support-free: The solid base and rounded profile print cleanly directly on the bed.
25mm Desk Edge Cable Clip
A rigid 4-slot cable clip profiled to seat directly onto a standard 25mm desk edge. The upper block features four 7mm circular channels to corral anything from USB cables to heavy power leads, utilizing a 5mm snap-in neck and flared entry lips to retain them once seated. Fitment Checklist Host Desk Thickness: 25.0mm exactly. The mounting bore incorporates dual 1mm tension bumps on the bottom face to grip the surface. Measure the board with calipers before printing; standard one-inch stock will seat tight, but the clip will not force over thicker material. Cable Capacity: Four 7mm bores. The 5mm entry neck requires slight cable jacket compression for insertion. Incompatibilities: Will not seat correctly on desks with deep edge bevels, metal trim bands, or severe rounded profiles.
Aix — iPhone 16 Shell
Aix — a minimal, precise protective shell engineered for the standard iPhone 16. Designed with generous button and port cutouts to ensure full tactile access to the new Camera Control and Action buttons without sacrificing corner protection. Design Details Fitment: Sized precisely for the 147.6 x 71.6 mm iPhone 16 chassis. Cutouts: Features full-clearance openings for the pill-shaped camera bump, USB-C port, and all side buttons. Lip: A subtle 1mm front overhang keeps the screen off flat surfaces when laid face-down. Print Notes Intended for TPU or flexible filaments to allow the phone to snap past the front lip. Print face-down (or back-down with supports for the lip) depending on your bridging confidence.
双风扇免螺丝网络设备外壳
一个为带有双40mm散热风扇和WT32-ETH01模块设计的设备底盒与盖板套装。 尺寸空间：内部预留 10.5 × 6.5 cm 的主板空间。 散热结构：左右两侧外扩式双风扇舱，支持 40×40×10mm 风扇像抽屉一样从下方滑入，外侧配有防触碰百叶栅格。 固定方式：底盒内集成 4 个盲孔定位柱用于垫高和安放主板，网口处设有 U 型支撑座。 免螺丝锁紧：分体式顶盖自带卡扣，盖合时顶盖内侧的下压柱会直接抵住网口金属壳，实现内部模块的免螺丝固定。
SafeSuit Pro Controller Housing
A loose development board is just a short circuit waiting for a metallic desk. This is a heavy-duty, two-piece wearable housing designed to bolt an ESP32 and LoRa radio down tight, run the cables clean, and put the interface exactly where you can hit it blind. Assembly Clearances Dimensions: 160 × 100 × 45 mm assembled. Screen: 28×16 mm inner cutout with a 32×20 mm outer recess for a flush bezel (fits standard 0.96" I2C OLEDs). Fasteners: Eight 2.5mm ID corner bosses ready for M3 tapping, completely blind from the front face. Printing: Both halves sit flat on the bed. Flip the front cover 180° in your slicer to print face-down without supports.
Futuristic Handheld Cyberdeck Enclosure
This enclosure turns standard portable electronics into a futuristic clamshell cyberdeck, styled after classic oversized handheld gaming consoles. The design features: A Lower Deck with a recessed keyboard well, flanked by integrated D-pad, thumbstick, and action button mounts. An Upper Display Shell with a wide screen recess and slim bezels. An integrated barrel hinge mechanism that visually connects the two halves while keeping the closed profile slim and symmetrical. Edge ports and bottom cooling vents designed for FDM printing without bulky overhangs. Print the halves flat on their outer faces. The hinge uses standard 12mm barrel clearances.
FocusLine — Reader Aid Ruler
A low-profile reader aid and metric ruler designed to block out surrounding text on standard A4 pages, keeping focus on a single line. Features Reading Window: 170mm wide slot precisely sized for A4 documents. Metric Ruler: 18cm top edge with 1mm increments for quick measurements. Personalized: Raised name plate with elegant diamond accents. Print Notes Prints perfectly flat with no supports required. Add a filament swap at 2.0mm to highlight the text and accents against the base.
Funda Galaxy A20e pablo
Funda rígida diseñada específicamente para las dimensiones del Samsung Galaxy A20e (147,4 × 69,5 × 8,3 mm), incorporando márgenes de tolerancia estructurales para facilitar la inserción del dispositivo. La cara trasera presenta el nombre "Pablo" integrado en relieve volumétrico sólido, utilizando la fuente seleccionada para maximizar la resistencia de las letras. Material recomendado: PLA, PETG o TPU (dependiendo de la flexibilidad deseada). Relieve de texto: 1,5 mm, extruido hacia el exterior. Tolerancias: +0,6 mm en ejes X e Y para un acople por fricción sin forzar la estructura. Perforaciones: Cámara principal dual, lector de huellas dactilares trasero, botonera lateral completa y acceso inferior (USB-C/Audio/Altavoz).
DataStack — Enclosure Core
A lightweight, 4-bay enclosure body for 2.5" SATA HDDs. Features Stripped-down chassis with extensive material-saving cutouts Integrated rails for 4 drives Rear bosses for mounting a custom PCB backplane Designed to be printed on end (resting on the back faces) to avoid internal supports.
DataStack — Enclosure Core
A lightweight, 4-bay enclosure body for 2.5" SATA HDDs. Features Stripped-down chassis with extensive material-saving cutouts Integrated rails for 4 drives Rear bosses for mounting a custom PCB backplane Designed to be printed on end (resting on the back faces) to avoid internal supports.
Armored Tank Echo Dot Mount
This heavy-armor dock turns an Echo Dot (3rd Gen) into the turret of a miniature battle tank. The hull and track assemblies form a rugged, heavy-looking base, while the top drops the smart speaker flush into the turret housing. Compatibility: Exactly dimensioned for the 3rd Gen Echo Dot (100.5mm cavity). Wire Routing: Recessed channel out the rear deck clears the power cord. Print Volume: Compacted overall length fits cleanly on 180x180mm beds (like the A1 Mini). Details: Includes vented muzzle brake, road wheels, armor plates, and engine louvers.
VL53L0X ToF Sensor Enclosure
A compact, two-piece enclosure designed for standard VL53L0X Time-of-Flight breakout boards. It provides full protection for the PCB while maintaining a wide, unobstructed field of view for the optical sensor. What it's for Built to house a downward-facing ToF sensor. The flared aperture prevents the enclosure walls from clipping the sensor's ~25-degree conical field of view, while the flat backplate provides a clean surface for double-sided mounting tape. Dimensions Maximum Board Size: 14 mm × 19 mm (fits standard generic and Pololu breakouts) Internal Depth: 7 mm (plenty of room for direct-soldered wire joints) External Size: 18 mm × 23 mm × 9 mm (assembled) Sensor Aperture: 6 mm × 8 mm at the PCB, flaring out to 12 mm × 14 mm at the exterior Cable Routing: 8 mm wide exit slot on one end Print notes Print both parts flat on the build plate. The main body prints sensor-face down; the internal ceiling spans only 14 mm and will bridge cleanly on any well-calibrated machine without requiring supports. The lid includes a small clearance lip for a gentle friction fit.
Tiki Speaker Enclosure & Pedestal
Sliding a hollow sleeve over a speaker means the device drags on the desk if you ever need to move it. This adds a dedicated pedestal base to the enclosure. The Tiki drops into a perfectly toleranced pocket, and the Echo Dot sits flat on the floor inside it, locking everything together as a single solid unit you can actually pick up. Dimensions Pedestal Footprint: 128 mm diameter Tiki Height: 140 mm (sits 10 mm deep in the base) Clearance: 0.75 mm gap around the lip so the shell drops in without binding Cable Management: Rear cutouts in both pieces align perfectly to let the power cord out
Folding Flat-Pack Name Tag c2
A print-in-place desk plate that prints entirely flat and features an integrated hinged kickstand. Designed for easy setup, the outer frame swings backward to form a stable tripod base. Features of this design: Print-in-place captive hinge mechanism with a 0.4mm tolerance Heavyweight 4mm main card thickness for rigidity Recessed nested geometry allowing it to collapse back into a single flat sheet Embossed typography using Archivo Black for high legibility
Folding Flat-Pack Name Tag
A print-in-place desk plate that prints entirely flat and features an integrated hinged kickstand. Designed for easy setup, the outer frame swings backward to form a stable tripod base. Features of this design: Print-in-place captive hinge mechanism with a 0.4mm tolerance Heavyweight 4mm main card thickness for rigidity Recessed nested geometry allowing it to collapse back into a single flat sheet Embossed typography using Archivo Black for high legibility
Slotted Under-Desk Cable Tray
What it's for Designed to mount directly to the underside of a desk to hold a power strip and bundle loose cables, clearing floor hazards. The open U-channel features vertical slots along both long edges, allowing cables to drop in from above and providing anchor points for hook-and-loop straps to lash down the strip. Prints flat on its back without supports. Dimensions Overall footprint: 350 x 100 x 60 mm Inner channel capacity: 350 x 64 x 57 mm Cable slots: 8 mm wide, 45 mm deep, spaced at 35 mm intervals Mounting: 10 countersunk screw holes positioned along the outer flanges Remix ideas Adjust the overall length to match specific power strips or desk spans. Widen the side slots to accommodate heavy-gauge monitor cables or display connectors. Increase the wall thickness to support heavier power supplies and transformers.
Basic Geometry Block Set
What it's for A complete set of foundational geometry blocks for educational and mathematical demonstration. Designed to sit uniformly flat on the build plate. Dimensions Bounding limits: All pieces are scaled to fit within or align with a 100x100x100 mm (10x10x10 cm) overall volume. Shapes included: Cube (100mm uniform), Square Prism (60x60x100mm), Rectangular Prism (100x60x40mm), Triangular Prism, Cylinder, Cone, and Sphere. Print notes The sphere prints best with a small brim to ensure adhesion, though its bottom is anchored exactly at z=0. No supports are needed for the upright pieces.
Oversized Bureaucratic Desk Stamp
A massive, monolithic pressing base capped with a classic flared grip. It has the proportions of heavy bureaucratic machinery, built to lay down serious, even pressure across a large surface. Press Details Base Dimensions: 4-inch diameter footprint by 2 inches thick. Handle: Gently flared vertical grip with a rounded top for comfortable palm pressure. Edges: Lightly chamfered base prevents elephant's foot and avoids marring whatever is being pressed.
Horizontal LCD Control Enclosure
A horizontal electronic project enclosure designed for control panels and desktop instruments. The assembly features an internal mounting frame for a standard 1602 LCD module and four 12mm tactile push buttons. Components install from the underside of the top cover, ensuring that only the display area and button caps are visible from the exterior. The two-part construction secures together using four M3 screws with captured hex nuts embedded in the bottom housing. Overall dimensions: 220mm × 140mm × 60mm Hardware required: 4× M3 screws, 4× M3 hex nuts Component mounts: 1602 LCD PCB (80x36mm) and 4× 12mm tactile switches Print orientation: Both parts print flat on the build plate without supports
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.
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