Romax

The most complete simulation platform for engineering the next generation of electro-mechanical drive systems

Embrace the Future with Romax 2024.1

Now revolutionize your ePowertrain development with Romax 2024.1! We've integrated an automated interface with JMAG-Designer, driving end-to-end eNVH variability studies to new heights and that is just the beginning, there is so much more on the horizon. Download now.

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Module

Romax Enduro

Romax Enduro is a durability and structures software that enables electro-mechanical powertrain durability simulation.
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  Human-Assisted autonomy
  
  Automated application of physics equations for powertrain durability and optimization
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Module

Romax Spectrum

Romax Spectrum is a noise and vibration (NVH) simulation software that enables electro-mechanical powertrain NVH simulation.
- Hexagon's software enables increased structural reliability of wind turbine blades, reducing emissions and climate risks.
  
  Learn more about how this was put into action with NFAIC High Precision Transmission Co. in this case study and ZF Wind Power in this case study.
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  Human-Assisted autonomy
  
  Automated application of physics equations for noise and vibration simulation and analysis
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Module

Romax Spin

Romax Spin is a dedicated bearing analysis software that enables advanced simulation of rolling element bearings.
- Hexagon's software enables increased structural reliability of wind turbine blades, reducing emissions and climate risks.
  
  Learn more about how this was put into action with NFAIC High Precision Transmission Co. in this case study and ZF Wind Power in this case study.
- ×
  Human-Assisted autonomy
  
  Automated application of physics equations for bearing analysis
Learn more
Module

Romax Concept

Romax Concept is a concept design software that allows early-stage investigation of EV drivetrain designs.
- Hexagon's software enables increased structural reliability of wind turbine blades, reducing emissions and climate risks.
  
  Learn more about how this was put into action with NFAIC High Precision Transmission Co. in this case study and ZF Wind Power in this case study.
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  Human-Assisted autonomy
  
  Automates the creation of drive train design from a simple sketch
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Module

Romax Energy

Romax Energy is an efficiency and thermal software that predicts electro-mechanical transmission efficiency.
- Hexagon's software enables increased structural reliability of wind turbine blades, reducing emissions and climate risks.
  
  Learn more about how this was put into action with NFAIC High Precision Transmission Co. in this case study and ZF Wind Power in this case study.
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  Human-Assisted autonomy
  
  Automated application of physics equations for efficiency prediction for electromechanical transmissions
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Module

Romax Evolve

Romax Evolve is an electric machine simulation software that enables structural design and analysis of electrical machines.
- Hexagon's software enables increased structural reliability of wind turbine blades, reducing emissions and climate risks.
  
  Learn more about how this was put into action with NFAIC High Precision Transmission Co. in this case study and ZF Wind Power in this case study.
- ×
  Human-Assisted autonomy
  
  Automated application of physics equations for efficiency prediction for electromechanical analysis for electrical designers
Learn more