Making
From idea to 3D model
For 3D the same holds as for documents: generating isn’t the problem. A model that’s dimensionally sound, that fits the part it’s meant for, and that a printer or mill accepts without complaint — that’s the work.
In production I drive 3D software directly from the same environment; what I print comes out of that pipeline.
Language as the interface
Modern 3D packages are scriptable. Which means a description — a three-millimetre fillet, a hole at this position, this material with that roughness — can become geometry directly. Not as a replacement for designing, but as a way to skip the hundred small operations between the idea and the model.
Where it goes wrong
Generated geometry often looks fine on screen and is unusable anyway: walls too thin to print, surfaces that don’t close, dimensions that just miss the existing part. So the gain isn’t “let AI design it”, but being able to run through variants quickly that you then test against reality yourself.
Measuring stays
A part that’s right on screen and two millimetres off in reality is a part that’s wrong. The calliper keeps the last word — which is exactly why this way of working suits someone who does the physical half as well.
Curious which of this would work for you?
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