Stator and Rotor Models
Choose from stator and rotor models suited to different motor types.
MotorPro®
A New Approach to Motor Design
MotorPro is a motor design and analysis software package that combines established techniques, including the equivalent magnetic circuit method and the finite element method (FEM), with advanced computing technology.
- A powerful, specialized solution for motor design
- Use finite element analysis without specialized training
- Supports BLAC, BLDC, PMDC, SRM, and ME Spice
- Applications include humanoid robots, collaborative robots, mobile vehicles (AMRs and AGVs), and medical equipment
Key Features
MotorPro provides a comprehensive design environment for a range of motor types.
Materials
Access databases for a range of materials, including electrical steel and NdFeB magnets.
Windings
- Distributed Winding
- Wave Winding
- Concentrated Winding
- Fractional-Slot Winding
MotorPro supports a range of winding configurations.
Fully Automated Finite Element Analysis
Enter the model ➔ Run with one click ➔ View the results
MotorPro automatically analyzes the model and predicts its performance.
Supported Motor Types
MotorPro supports a range of motor types across industries.
BLAC/BLDC
Design and analyze brushless AC and DC motors in one tool.
PMDC
Design and analyze permanent magnet DC motors in an easy-to-use interface.
SRM
Design switched reluctance motors and predict their performance.
ME Spice
Use ME Spice for system-level analysis across a range of applications.
Core Technologies (MotorPro®)
| Category | Technology | Patents |
|---|---|---|
| Design and Software Technologies | MotorPro development and technology | Rotor core structure for a hybrid motor with inset permanent magnets (Patent application filed) |
| MotorExplorer development and technology | ||
| Electromagnetic field analysis development and technology | Software registration (2002-01-12-3067) | |
| Motor Manufacturing Technologies | Segmented core technology | Method for applying segmented cores, with a welding system and jig for the method (Patent application filed) |
| Laser welding technology | ||
| Automated winding technology |
