Design in CAD. Print in reality.
3D models designed in FreeCAD, Blender, and NanoCAD — then sliced in Cura and printed. Shop jigs, functional parts, prototyping experiments, and models you can download and use.
Model Library
Functional designs, prototypes, and printable models. Grab a zip to get the STL files.
Shop Organization System
Modular wall-mount bins, holder inserts, and tool organizers designed for a real working shop. Stackable, labeled, and practical.
↓ Download STL packBracket & Mount Kit
Custom brackets, camera mounts, and Raspberry Pi enclosures for the home lab setup.
↓ Download STL packJigs & Fixtures
Drill jigs, alignment tools, and workshop helpers that make the actual building work faster and more precise.
↓ Download STL packEnclosure Series
Project enclosures with snap-fit lids, cable cutouts, and DIN rail mounts for electronics projects.
↓ Download STL packTextured Panels
Geometric wall panels and acoustic diffusers designed in Blender for room treatments and decorative accents.
↓ Download STL packDesign Tools
Software used to design, plan, and print models — from parametric CAD to organic modeling.
FreeCAD
Primary parametric CAD tool. Sketcher-based modeling for functional parts, enclosures, and shop jigs with precise dimensions.
NanoCAD
2D drafting and layout work. Technical drawings, dimensioned plans, and documentation for fabrication and assembly.
Blender
Organic and decorative modeling. Textured panels, diffusers, and anything that needs curves, patterns, or artistic detail.
Cura
Slicer for all prints. Layer planning, infill strategies, support generation, and print profile management for PLA and PETG.
Downloads
Printable model packs. Each zip contains the STL files ready to slice in Cura and print.
Shop Organization
Wall-mount bins, inserts, and tool holders. 8 STL files.
Lab Brackets & Mounts
Camera mounts, Pi cases, and cable management. 6 STL files.
Jigs & Fixtures
Drill jigs, alignment tools, and shop helpers. 5 STL files.
From Design to Print
The workflow from CAD model to finished 3D print.
1. Design
Parametric models in FreeCAD for functional parts with precise dimensions. Organic shapes and decorative elements in Blender. Technical drawings and 2D layouts in NanoCAD.
2. Slicing & Print
Models exported as STL and imported into Cura for layer planning. Infill, supports, and print settings tuned per project. PLA for general use, PETG for functional parts that need durability and heat resistance.