Digital Materials Laboratory

Digimat's multiscale material simulations provide insights into microscopic mechanisms that influence macroscopic properties, enabling a precise understanding and accurate prediction of complex material behaviours. By creating digital twins of any material system, users can minimize the need for physical testing, optimize materials properties, and accelerate innovation.

Multiscale Simulations

Powered by Integrated Computational Materials Engineering (ICME), Digimat intrinsically connects the manufacturing process, material properties, and structural part performance. By bridging the gap between manufacturing and structural performance, Digimat enriches CAE analyses, making design simulations more accurate and reliable. This approach unlocks lightweight designs without compromising performance or quality, while also reducing time-to-market and CO2 footprint.

Comprehensive Material Ecosystem

Digimat provides users with access to a unique material supplier ecosystem, offering high-fidelity material cards for CAE applications. This extensive database enables the design and validation of part performance across various loading scenarios. Additionally, Digimat facilitates easy and fast calibration of new material cards based on limited experimental data, allowing for efficient and reliable simulations.