Romax 2025.1: The System-Level CAE Powerhouse for Advanced Powertrain Engineering
Romax 2025.1 is an industry-leading, integrated Computer-Aided Engineering (CAE) software suite dedicated to the design, simulation, and optimization of complex mechanical transmission and driveline systems. It provides a unified digital environment where engineers can model entire powertrains—from detailed gear micro-geometry and bearings to complete gearbox assemblies, shafts, and housings—and predict their real-world performance under dynamic loads. This holistic, system-level approach is critical for developing the next generation of efficient, durable, and quiet transmissions for electric vehicles (EVs), hybrid powertrains, wind turbines, aerospace gearboxes, and industrial machinery.
Core Philosophy: From Gear Tooth to Complete System Performance
Romax transcends simple component design by solving the complex, coupled physics problem of an integrated driveline. Its core strength lies in simulating how individual component behaviors—such as gear mesh excitations, shaft bending, bearing deflections, and housing flexibility—interact to define the overall system’s durability, noise (NVH), and efficiency. This enables engineers to identify and solve system-level issues (e.g., bearing overload due to shaft misalignment) that are invisible when analyzing components in isolation.
