Lola3dB-rep · API-first
Gallery

The application, not an illustration of it.

Every image on this site is a screen capture of Lola3d running, driven through its own interface, on the design scenarios its test suite builds. Nothing here is a render, a mock-up or a drawing of a product that does not exist yet.

Modeling workspace The Lola3d workspace: the tool rail on the left, the 3D viewport with a solid model, the browser and entity inspector on the right, and the parametric timeline along the bottom.
One screen, everything on it. Seventy tools on the rail, the browser and the entity inspector on the right, the build timeline below, and the app's own controls in the single top bar. No rail, no second app bar — the viewport gets the room.
The Python console open over a model, showing a script that places a ring of holes, its printed output and the actions it applied.
The Python console. A script running inside the geometry kernel, driving the same action catalogue as the REST API. One script is one edit and one undo step.
A constrained 2D sketch with its entities, constraints and dimensions.
Constrained sketching. A minimum-change solver that reports its degrees of freedom and refuses to over-constrain — mirrored in the browser, so dragging is immediate.
A drawing sheet with a base view, a projected view, a hatched section and dimensions.
2D drawings. Only the definition is stored — views are projected on read, so a sheet can never show yesterday's model.
A solved simulation study: a bracket coloured by displacement, with the study definition on the left and the results on the right.
Simulation. Static stress and modal analysis, meshed from the exact B-rep. The deformation is exaggerated so it can be seen; the numbers never are.
The CAM workspace: a setup with six operations, toolpaths drawn over the simulated stock, and a time and length summary.
CAM. Six strategies, Z-map material removal, gouge and collision checks — and operations that tell you when a placeholder was used rather than pretending it was a recommendation.
An assembly of several components with the browser tree open.
Assemblies. Components that nest and place again without being copied, seven joint types with limits, and motion studies that sample where every part stands.
The Materials panel beside a textured model in the viewport.
Materials & textures. Image textures placed in real millimetres, normal maps, a shareable library — and a material you can drag straight onto a body.
The browser tree showing origin, components, bodies, sketches and analyses beside an assembled model.
The browser. Origin, analyses, components, bodies, faces, sketches, curves, construction geometry and annotations — a feature another consumed appears in no branch, only in its result's history.
A model with its build timeline along the bottom of the window.
The timeline. Roll back, reorder with dependency checks, suppress, group, and replay the build — for one viewer, without moving anybody else's marker.

These are showcase models. Open one.

Every model in these captures is built by the test suite, step by step, through the public API — and you can open any of them, replay how it was made, and take it apart.

Open the studio Every feature