PERFORMANCE AT YOUR FINGERTIP
MEDINA – Powerful CAE Software for the Automotive and Aerospace Industries
MEDINA is the ideal CAE software for networking and simulations in the automotive and aerospace industries. As a powerful pre and post-processor, MEDINA supports common CAD formats and Finite Element Analysis (FEA) software.
Efficient Processing of Large FE Models
Thanks to a hierarchical component tree, MEDINA simplifies the assembly of assemblies and the management of modular solver input files. Calculation variants can be quickly created and updated.
Fast Analysis through Powerful Postprocessing
With powerful postprocessing, MEDINA enables efficient evaluation of large FE models and result data to optimize development processes.
Cost Reduction through Modern Simulation Techniques
MEDINA helps reduce development costs and improve product quality – for efficient product development with precise simulations.
MEDINA is the ideal tool for supporting complex meshing and simulations in the product development process, particularly in the automotive and aerospace industries.
MEDINA is a universal pre- and postprocessor that supports common CAD formats and finite element (FE) analysis programs. The CAE solution impresses with its high performance in processing complex CAD geometries, large FE models, and extensive result data. Valuable insights for improving product quality can be generated in a short time.
MEDINA supports the processing of increasingly complex calculation models through a hierarchical component tree. This simplifies the assembly of assemblies and the management of modular solver input files. Calculation variants can be quickly generated and updated. Powerful postprocessing further aids in handling large result data.
The overall functionality of MEDINA is a key factor in reducing development costs through the enhanced use of modern simulation techniques.
MIDAS – Efficient Virtual Product Validation for Complex Model Variants
In modern product development, shorter time-to-market, increasing variant diversity, fewer physical prototypes, and growing regulatory requirements pose significant challenges. An efficient virtual product validation is essential to maintain a balance between costs, time, and quality.
MIDAS optimizes this process through precise analysis and validation of complex models and variants in the shortest time. The powerful software enables detailed verification of simulation models, reduces development costs, and enhances efficiency sustainably.
