Mesh
From the real B-rep
Quadratic tetrahedra by default; a global size, a floor, curvature refinement and sizes on named faces — inspect the mesh before paying for a solve.
Simulation
Know where it bends before it breaks.
Linear static stress and modal analysis, meshed from the exact geometry and solved on your machine. Verified against closed-form solutions — and honest about what a linear solve can tell you.
Setup
Fixtures and loads
Fixed faces and loads integrated over the real surface, with the material's properties from the model.
Results
The fields that matter
Displacement, von Mises, principal stresses, strain and safety factor; modal shapes normalised and animated.
Nothing stale
Results that know their age
A summary whose geometry has since changed is marked stale rather than shown as though it still applied.
Limits
Linear, static, one solid
No contact, no plasticity, no thermal or fluid analysis. What is not modelled is written down, not implied away.
Automate
Studies are actions too
Create, mesh and solve a study from Python or from an agent, and read the results back as numbers.
Try it on a part you already have.
Import a STEP file, push a face, put a dimension on it. 5 days, every tool, nothing to pay until you decide.