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This skill assists hardware engineers and product designers in creating precise, 3D-printable physical objects. It focuses on the development of functional components such as Arduino enclosures, mechanical brackets, and cable organizers using parametric modeling via CadQuery.
By prioritizing manufacture-ready design, the skill helps users navigate technical constraints like wall thickness, snap-fits, and tolerances to ensure parts are optimized for FDM printers.
WHO IT'S FOR
Hardware engineers
designing functional enclosures and mechanical brackets
Compatible AgentsThe repository documents support for these agents. The skills may also work with other agents that can load SKILL.md files, but they may need some setup or small changes.
In a terminal, from ~/.claude/skills/parametric-3d-printing, create and activate the Python virtual environment, then install the repository's pinned requirements.
Verified device dimensions and mounting-hole pattern
Printer and placement constraints
Use the parametric-3d-printing skill to design a wall mount for an Arduino Uno. First ask me for the exact board variant, verified dimensions, mounting-hole pattern, printer constraints, and any placement requirements. Then create a parametric CadQuery model, export an STL, and render a preview for review.
Claude