Digital Materials

Material engineering is evolving from empirical experimentation to simulation-driven innovation. Digimat empowers engineers and designers to create accurate digital twins of materials, capturing complex behaviors and manufacturing effects with precision. By virtually replicating advanced materials - such as plastics, composites, metals, and elastomers - Digimat enables users to simulate, understand, predict, and optimize material behavior from microstructure to full-system performance.

By bridging the gap between materials, manufacturing, and performance, Digimat enables the creation of lightweight, sustainable and high-performance designs while reducing the need for physical testing. Its integration of multiscale simulations into the design process enhances reliability, accelerates product development, and shortens time-to-market - making Digimat a cornerstone of smarter, more efficient engineering.