Draw a part, wire in the material and the machine that makes it, and CadFlow gives you the G-code or the DXF. It runs in your browser.
CadFlow checks every printed part the way a slicer sees it, then slices it with OrcaSlicer. You see each layer before the printer does.
The bearing block from CadFlow's example project, sliced with OrcaSlicer 2.4.2 for a Bambu Lab X1 Carbon, cut open at layer 40.
Wire a plank into a saw and it cuts along the lines you drew. Wire a steel sheet into a laser cutter and it cuts out the parts you drew on it.
Every block on the canvas is live 3D, and wires carry what one block makes into the next. A 3D printer takes filament and a 3D model. A wood saw takes a plank, and it refuses a steel bar with a sentence saying why.
Draw on the stock the way you would pencil a line on a plank. The saw cuts along the lines you pick, and a laser cutter cuts out the shapes you pick, each one a part of its own with its own DXF.
CadFlow slices every printed part as it lies on the bed and finds pieces that would float and overhangs that need supports. OrcaSlicer then makes the G-code, and you can scroll through it layer by layer.
Standard hardware comes from a library of ISO parts, from M2 screws to M20 bolts. Click a surface on one part and then where it goes on another, and the part moves there.
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