Start from existing CAD models or build geometry in the EMWORKS 3D environment to analyze motors, transformers, busbars, inductors and other low-frequency devices in one place.
Use a single environment for modeling, simulation and post-processing instead of handing models between separate tools, reducing the risk of inconsistencies between CAD and simulation models.
Import 3D parts and assemblies from existing CAD tools using standard formats, or build geometry directly in EMWORKS. The original assembly structure is preserved so you can run electromagnetic studies without rebuilding models or maintaining multiple versions.
Analyze electromagnetic, thermal and structural effects on the same geometry. Losses and forces computed in EM studies can be used as inputs to thermal and structural analyses so you can evaluate temperature, deformation and safety factors within a single workflow.
Guided workflows help new users set up common study types. Experienced users retain full control over materials, boundary conditions, meshing parameters and post-processing options when detailed tuning is required.
EMWorks modules use finite-element solvers for low-frequency and RF electromagnetic problems. The solvers are designed to reproduce measurement data when models, material properties and excitation conditions are defined accurately, helping to reduce the number of physical prototypes.
Documentation, application examples, webinars and structured courses support users from first model to production studies. EMWorks engineers provide application-level support for study setup and results interpretation when needed.
Our engineering team can answer technical questions, discuss your design challenges, and guide you through the evaluation or simulation workflow.
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