Romax provides analysis and simulation solutions for designing electric motors, gear reducers and other drivetrain systems.
Motors, gear reducers, gearmotors and DC motors are familiar components in mechanical engineering. Designing and manufacturing electric motors and gearboxes is essential because operating machinery depends on drive and transmission systems.
To improve product structure, function and durability while reducing noise, heat and vibration, engineers continuously refine their designs using software for analysis, calculation, simulation and testing.
Romax Nexus supports the analysis and simulation of electromechanical drivetrains through the following modules:
- Romax Enduro: structural performance and durability.
- Romax Spectrum: noise and vibration.
- Romax Spin: dedicated bearing analysis.
- Romax Concept: concept design and early-stage evaluation of electric vehicle drivetrains.
- Romax Energy: efficiency calculations and thermal analysis.
Romax capabilities
- Reliability and validation: established technology combines fully parameterized models with analytical, experimental and finite element methods.
- Connecting CAD and CAE: adaptable models can reuse previous designs, support repeated analysis from multiple perspectives and optimize performance characteristics to improve engineering decisions and reduce development risk.
- Improved workflows: flexible tools support collaboration, process automation and optimization to increase productivity.
- Fast analysis: models can be built and analyzed quickly, helping engineers understand the effects of design changes.
- Virtual prototyping: reliable simulation reduces reliance on physical prototypes, shortening development time and lowering costs.
- An integrated solution ecosystem: connected drivetrain design and CAE tools help break down barriers within and between organizations.
