Industry Structural Design Defects
Most chassis manufacturers rely on traditional experience for structural design, without professional extreme condition simulation and stress analysis. The structural stress distribution is unreasonable, with local stress concentration. In sudden extreme working conditions such as overload, impact and steep slope operation, structural deformation and fracture failure are prone to occur, bringing safety risks.

MAGEON FEA Finite Element Simulation Analysis Technology
Before mass production of each MAGEON chassis, full-model finite element stress analysis, extreme load simulation, vibration fatigue simulation and slope overturning resistance simulation are carried out. The team accurately calculates the stress distribution, deformation range and fatigue life of each component under different working conditions.
According to the simulation data, the weak structural parts are targeted optimized and reinforced to eliminate stress concentration points. It ensures that the chassis can maintain structural stability and safety under extreme working conditions such as overload, strong impact and long-term vibration, realizing zero structural failure in the whole life cycle.

Technical R&D Value
FEA simulation technology realizes digital and precise R&D of chassis, avoiding structural defects caused by empirical design. It greatly improves the structural reliability and safety factor of MAGEON track chassis, and provides core technical support for customized non-standard chassis development.