Published models and project types

Practical parts with the awkward details handled.

These are representative projects from my public model catalog. Each entry names the fit, hardware, and service constraints behind a published model. Open the source catalog to inspect the work itself.

Parametric CADAutomotivePrinter upgradesElectronicsEnclosuresFunctional parts
Selected projects

Different objects. Same questions.

How does it fit? What gets hot? Where do the wires go? Can it be assembled, cleaned, adjusted, and repaired? What orientation makes the part stronger?

AutomotiveParametric

Fully parametric Ioniq 5 center-console organizer

Configurable pockets, wall thickness, chamfers, tolerances, and splits for different use cases and build volumes.

View the published model
Printer upgradeElectronics

Ender 3 Pro SKR 2 housing with Pi 4 mount

Controller, single-board computer, airflow, cable access, fastening, and serviceability in one enclosure.

View in the Cults3D catalog
CameraToolless design

Raspberry Pi camera and IR enclosures

Lens alignment, module clearance, ribbon routing, cooling, access, and secure mounting without a bulky shell.

View on Printables
PowerVentilation

ALITOVE 5V 70A power-supply enclosure

Guarding, airflow, terminal access, strain relief, mounting, and a layout sized around real hardware.

View in the Cults3D catalog
ESP32-S3Touchscreen

ESP32 touchscreen RFID dashboard case

Display opening, board standoffs, connectors, RFID placement, assembly access, and desktop presentation.

View on Printables
Shop safetyMounting

Emergency-stop button mount

A deceptively simple part where location, reach, fasteners, panel geometry, and switch clearance define success.

View in the Cults3D catalog
What this work demonstrates

The model is only one part of the solution.

A useful design accounts for the physical object, the printer that will make it, and the person who has to live with it afterward.

  • Measured fitClearance, shrink behavior, insertion, mating geometry, and adjustable parameters.
  • Manufacturable geometryOrientation, support strategy, bridges, overhangs, layer direction, and build-volume limits.
  • Hardware integrationFasteners, inserts, ports, fans, cables, PCBs, power supplies, displays, and sensors.
  • Service after assemblyAccess, removal, replacement, cleaning, adjustment, and readable assembly intent.
Your project does not need to resemble these

Show me the object, constraint, or annoyance.

A ruler photo, a public model link, a dead printer, a napkin sketch, or a clear explanation is enough to begin.