Parametric geometry
Radial and axial cross-sections built from main dimensions, with DXF import/export and import of existing .mot models.
Each tab in the application covers one step of the design — from the first sketch to the sign-off report.
Radial and axial cross-sections built from main dimensions, with DXF import/export and import of existing .mot models.
A spatial view generated from the real 2D contours, with half-section, parametric shaft and end windings.
Automatic winding synthesis, slot layout with phase assignment, and one consistent area model from fill factor to wire diameter.
Laminations, magnets and conductors from MotorCAD databases, including ferrites with the temperature drift of remanence.
Flux density, vector potential, current density and magnet field as field plots — plus torque ripple, cogging and open-circuit back-EMF.
A check at the temperature, speed and torque you specify, reporting the share of magnet area at risk and mapping the critical region.
The familiar contour map over speed and torque, computed either from a dq map or point by point with FEM.
Copper, iron and magnet losses feed a transient lumped thermal network — loss and temperature stay consistent with each other.
Sweeps over individual dimensions or operating quantities, FEM-backed if needed — sensitivities become visible instead of guessed.
Datasheets as HTML, PDF and PPTX, geometry as DXF — in a neutral AGFEM layout or your own house style.
femgen is the in-house 2D FEM core of AGFEM: gmsh-OCC for geometry and mesh, GetDP for the field solution. No third-party black box in the compute path.
| Operating system | Windows 10 / 11 (64-bit). Linux and macOS are in preparation. |
|---|---|
| Runtime | Bundled with the installer — no separate Python installation needed |
| Hardware | 8 GB RAM (16 GB recommended), 4 GB free disk space |
| Network | Internet connection for the licence check; up to 14 days offline |
Sign up, download, install — the 30 days only start with the first activation inside the software.