The Enovia system serves as the central core of Dassault Systèmes’ Product Lifecycle Management (PLM) software suite. This software fully enables the integration of information and processes within large organizations in the areas of product design, manufacturing, supply, and support. In this system, all data and processes—including Product Data Management (PDM), human resource management, project management, and product customization—are conducted in a single unified environment.
Biovia is one of the advanced tools in modeling and simulation for medical and biological sciences, especially used in research and development (R&D) processes in the medical and pharmaceutical industries. This software is particularly utilized for molecular mechanics simulations and analyzing the behavior of body components at molecular, cellular, and physical levels.
Biovia is part of the 3DExperience software suite, specifically employed for Product Lifecycle Management (PLM) across various fields in medicine, engineering, and science.
The Simcenter suite, as an advanced tool for product performance validation, leveraging the Digital Twin approach and utilizing simulation, analysis, and testing, helps engineers predict the performance of products or systems across all key characteristics and at every stage of the lifecycle. By combining physics-based simulations and data analysis, the suite enables design optimization and increases innovation across the product portfolio.
Teamcenter is an advanced product lifecycle management (PLM) software that helps companies seamlessly and efficiently manage their complex production processes and products. This software enables organizations to make informed and up-to-date decisions throughout all stages of the product lifecycle by using a unified, integrated platform.
One of the advanced tools in the field of engineering design that helps engineers in various fields such as electronics, mechanics, process, manufacturing, and metallurgy to professionally implement their ideas. This software is particularly effective in simulating and analyzing real working conditions of parts and products. Solid Edge consists of four main phases called Design, Simulation, Manufacturing, and Data Management, each of which helps engineers at different stages of design and production.
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