A parametric CAD workbench on a true OCCT solid-modelling kernel β 51 features, 736+ parameters, per-part STEP and STL export. Nothing to install, nothing to license.
The full arc in one tour: build a castable link, roll a lattice texture, assemble the interlocked chain in gold, then hang-test it on live physics β and export STL for the foundry.
Monoscad 1:1 sealed rugged box with board mounts inside β see the final-result thumbnail on the Gridfinity landing.
Full parametric CAD on a real OCCT B-rep kernel.
Step-by-step builds grouped by craft. Pick one and build along.
Hang-test and wear-test chains. Physics-driven drape.
Pattern β fabric β drape on a moving body. Three guided tours.
Script-driven solids. Same kernel, scriptable surface.
Layer height, flow rate, print cost, shrinkage.
The workbench manual β every feature, every parameter.
Chassis, lids, pockets, insets, mount brackets, trace channels, PCB layers.
Fillets, chamfers and edge treatment on any body.
Move, rotate and place features parametrically.
Import STEP/IGES/STL, export every body to its own file.
AutoCAD-style editor for the studio β solid modeling, OpenSCAD kernels (Gridfinity), and Code CAD.
Gridfinity rugged box β OpenSCAD kernel inside the CAD Editor.
Pick printable layer heights from your nozzle and quality target instead of folklore.
Dial in volumetric flow so walls fuse instead of under-extruding at speed.
Filament, power and time β what a part actually costs before you commit the bed.
Compensate part dimensions for material shrink so holes and fits come out on-size.
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Occasional updates when new workbench features, templates and print tools land. Nothing else.