How it works
Puts 2D artwork onto 3D parts as real geometry. The full technical description of Stamp — what it does, what it is made of, and what state it is in.
The premise
Stamp embosses, engraves or cuts logos, serial numbers and text into STEP and STL files as actual geometry — not a texture, not a decal. Bring an SVG or DXF, place it on a face, and the part that comes out is the part you manufacture.
It runs on OpenCascade through a Qt desktop application, and the build is packaged and signed with CI behind it, though it is not distributed yet.
What is included
Emboss, engrave and cut operations producing real solid geometry
SVG and DXF artwork onto STEP and STL parts
OpenCascade geometry kernel behind a Qt desktop interface
Packaged and signed installer built by CI, tagged in the repository
How it is built
Stamp is built on Python, OpenCascade, Qt and Inno Setup.
The repository is 100% Python by volume — a description of what the work actually consists of rather than what it is filed under.
It carries 19 commits since Aug 2026, most recently changed in Aug 2026.
The method behind it
Every project here starts as a written specification, and the specification stays authoritative once code exists. The repository keeps a build plan with live status, an append-only decision log recording where the implementation departed from the plan, and a handoff document describing the true current state — including the parts that are not finished.
That is why a portfolio this wide is not a shallow one, and it is why this page can describe the product without overstating it.
Current state
In development. Under active work right now.
The source is public. Read it rather than taking this page for it.
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