Romax Transmission System Simulation Platform

The Romax transmission system simulation platform is an award-winning and widely recognized mechatronics design simulation platform in the industry. We have restructured industry-leading and award-winning mechatronics simulation software to improve simulation efficiency and optimize workflow. The cloud application ecosystem we have built perfectly matches your transmission system development cycle, from rapid modeling and concept exploration to detailed simulation and issuance of virtual products,RomaxDigital platforms can intelligently integrate a wider range ofCAETool chain, help your team achieve“First time is correct”The design.Romax simulationFlexible configuration methods for platforms: flexible selection, free combination, and customization according to needs

Romax Concept

Quick and intuitive conceptual design tool for transmission systems, quickly exploring the overview of various transmission schemes Bureau and feasibility, accelerate product development speed

Romax Enduro

A reliable tool for durability simulation and optimization of mechanical and electrical transmission system structures, enabling rapid assessment and optimization of teeth Strength and fatigue life of components such as wheels, bearings, and shafts

Romax Evolve

Tailored motors for motor design engineers Design simulation tools to quickly evaluate the vibration and noise performance of motor systems caused by electromagnetic forces

Romax Spectrum

Integrated motor and gearbox systemNVHSimulation tool, providing one-stop solutions for vibration and acoustic simulation

Romax Spin

Advanced rolling bearing simulation analysis tool, advanced contact model can quickly evaluate bearing stiffness and stress Force, lifespan, and complex dynamic characteristics

Romax Energy

Efficiency analysis and simulation tool for the entire system of transmission chain and gearbox, with built-in multiple efficiency analysis standards Accurate and advanced friction models for rapid evaluation of system transmission efficiency