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Description
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。
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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.
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.
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

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.
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.
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.