EMWorks2D, Electromagnetic Field Simulation Tool

Experience Advanced 2D Electromagnetic Field Design and Analysis

The Only SOLIDWORKS Plugin 2D Electromagnetic Software

If you are looking for powerful and versatile software to design, analyze, and optimize your 2D electromagnetic field applications, look no further than EMWorks2D.
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EMWorks2D is a 2D electromagnetic field simulation software that can handle any challenge in the low-frequency domain, such as electrostatic, magnetostatic, and transient problems. It covers various systems, from electric motors and generators to transformers and sensors.

As the only SOLIDWORKS Plugin for 2D electromagnetic software, EMWorks2D integrates directly into the SOLIDWORKS interface, offering a seamless user experience that enhances productivity and reduces the learning curve for designers and engineers. This unique integration allows users to perform complex electromagnetic simulations within the familiar SOLIDWORKS environment, ensuring accurate results and efficient workflow from concept to production.
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EMWorks2D Key Features and Capabilities

Unlock the full potential of EMWorks2D for precise electromagnetic simulations, efficient product design, and comprehensive motor analysis—all seamlessly integrated into the CAD environment. Elevate your design capabilities to new heights with EMWorks2D.

EMWorks2D excels in accurately solving electric and magnetic problems, featuring electrostatic, magnetostatic, AC and transient magnetic solvers, all seamlessly integrated into CAD.

EMWorks2D has an intuitive and user-friendly graphical interface that makes it easy to use. It also has a demo viewer that provides access to extensive training materials. EMWorks2D uses advanced finite element solvers and meshing technologies to deliver accurate and reliable results. EMWorks2D extends beyond being a mere product; it offers access to our highly qualified support team, facilitating the swift and cost-effective achievement of your goals.

It enables you to explore the impact of geometric and simulation parameter variations on your design. Parametric simulation, driven by user-defined scenarios with single or multiple parameters, provides valuable insights.

It offers the unique ability to couple transient magnetic studies with mechanical motion. This makes it an ideal motor design software, enabling in-depth virtual analysis of crucial electric motor design parameters, such as cogging torque, back EMF, short circuit response, load torque, current and voltage results, core loss, eddy current loss, winding loss, inductance profile, resistance, flux linkage, and more.


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