Simulated. Validated. Production-Ready.
Our CAE simulations provide deep insight into structural performance, occupant interaction, and material behavior—ensuring designs meet OEM and regulatory requirements.
Static Analysis
We perform static FEA to evaluate structural performance under real-world load cases, predicting stress, strain, and deformation across automotive components and systems. Our analyses support design optimization, material selection, and validation to ensure parts meet OEM performance targets and regulatory requirements. By integrating FEA early in development, we help reduce physical testing, minimize design iterations, and deliver robust, production-ready solutions.
Dynamic Analysis
We perform dynamic FEA to evaluate automotive components and systems under impact, crash, and time-dependent load conditions, with a strong focus on occupant safety and structural integrity. Our analyses assess energy absorption, intrusion, deformation, and dynamic load transfer, supporting the development of safety-critical interior, seating, and vehicle structures.
Our simulation capabilities help ensure designs meet OEM safety targets and global regulatory requirements while reducing reliance on physical testing. By validating safety performance early, we enable robust, compliant, and production-ready designs for real-world crash and impact scenarios.
Tool Analysis
We perform FEA on plastic injection molds and tooling to evaluate structural integrity under high pressure, temperature, and cyclic loading conditions. Our analyses assess tool deflection, stress concentrations, fatigue risk, and thermal behavior, ensuring molds are robust, durable, and production-ready.
By validating tool designs early, we help prevent molding defects, optimize cooling performance, reduce tool rework, and extend mold life, enabling reliable mass production with reduced cost and risk.
Quality you can trust.
We are proud to play part in our clients’ success stories. We continue to provide client-centric engineering solutions.