EMWorks2D, Electromagnetic Field Simulation Tool
Experience Advanced 2D Electromagnetic Field Design and Analysis

mobile banner
HOME / PRODUCTS / EMWorks2D





2D Low Frequency
Electromagnetic
Design
and Simulation 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. 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.

logo

EMWorks2D is the only 2D electromagnetic field simulation software that is fully embedded within CAD systems, such as SOLIDWORKS® and Autodesk® Inventor®. This means you can import and modify your CAD models effortlessly and start your electromagnetic simulations without leaving your CAD environment. You can also set parameters to explore various design scenarios and optimize your performance.

solidworks


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.
electric-pole Comprehensive 2D Electromagnetic Field Simulation
EMWorks2D excels in accurately solving electric and magnetic problems, featuring electrostatic, magnetostatic, AC and transient magnetic solvers, all seamlessly integrated into CAD.
cross-platform User-Friendly Interface
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.
icon parametric Parametric Simulation
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.
Mechanical Motion Coupling
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.



Related Resources

Eddy Current Brakes

Category Image
Explore EMWorks' electromagnetic design software tailored for eddy current brake applications. Revolutionize eddy current brake systems and innovation.

Linear and rotational actuators

Category Image
Discover EMWorks' electromagnetic design software tailored for linear and rotational actuators. Revolutionize actuator systems and innovation.

Motors and Generators

Category Image
Discover EMWorks' electromagnetic design software tailored for motors and generators. Revolutionize electrical machines and drives innovation with EMWorks.

Permanent Magnets

Category Image
Discover EMWorks' electromagnetic design software designed for permanent magnet applications. Revolutionize magnetic systems and innovation.
Hybrid Excitation Flux Switching Machine Design and Performance Hybrid Excitation Flux Switching Machine Design and Performance
Explore hybrid excitation flux switching machines with EMWorks2D. Compare designs, analyze magnet positions, and optimize for enhanced performance. Join us for cutting-edge electromagnetic insights.
Consequent Pole Machine: Future Design for Better Performance Consequent Pole Machine: Future Design for Better Performance
In recent years, permanent magnet electric machines have gained significant popularity across a wide variety of industrial applications due to their numerous advantages including high power density, high efficiency level and high reliability.
Analyzing the Impact of Parametrized Eccentricity on Nissan Leaf Performance Analyzing the Impact of Parametrized Eccentricity on Nissan Leaf Performance
Eccentricity is a matter of concern for motor manufacturers due to its potential impact on motor performance. In fact, it refers to the condition where the rotor's centerline deviates from the stator's centerline.
Magnetic Gear Technology: Revolutionizing Power Transmission Efficiency and Reliability Magnetic Gear Technology: Revolutionizing Power Transmission Efficiency and Reliability
Magnetic gear transmits torque without physical contact, using magnetic forces instead of traditional teeth meshing seen in mechanical gears.
Unlocking Electric Motor Design Excellence: A Multiphysics Simulation with EMWorks Products Unlocking Electric Motor Design Excellence: A Multiphysics Simulation with EMWorks Products
Webinar for electric motor professionals: Essential for engineers, designers, researchers, and academics keen on Multiphysics simulation and analysis.
Brushless DC Permanent Magnet Motors: Design, Simulation, and Performance Evaluation Brushless DC Permanent Magnet Motors: Design, Simulation, and Performance Evaluation
As power electronics and drive systems continue to evolve, specialized electric machines such as Brushless DC (BLDC) motors have emerged as a notable innovation.
Efficient Green Energy: Exploring Simulation-Driven Design for High-Torque Wind Turbine Machine Efficient Green Energy: Exploring Simulation-Driven Design for High-Torque Wind Turbine Machine
Electric machines with direct drive, operating at low speeds while delivering remarkable torque, are indispensable components in various critical applications.
PM-Assisted SRM: Enhancing Switched Reluctance Machines Performance using Permanent Magnets PM-Assisted SRM: Enhancing Switched Reluctance Machines Performance using Permanent Magnets
Join us for an insightful webinar as we delve into the topic of enhancing SRM machine performance through the utilization of permanent magnets.


Related whitepapers

Magnetic Gear Analysis, Optimization and Construction using EMWorks2D
Richard Götz
Magnetic Gear Analysis, Optimization and Construction using EMWorks2D
Analytical Based Design of FSPMMs: A Comparison Between Surface-Mounted PMs and Consequent-Pole Topologies
Hajer Jmal, Amal Souissi, Imen Abdennadher

The present paper is devoted to a comparison-based investigation of two fractional slot permanent magnet machines: (i) a surface mounted permanent magnet (SPM) machine and (ii) a consequent poles permanent magnet machine (CPM). 


Customer Testimonials

Schienle Magnettechnik + Elektronik GmbH

The relation with EMWorks has been easily accessible because of a quick implementation of our software into SW. CAD-files are transfered easily with an automated "2D simplification"-tool. The function as well as the interface of the Software are intuitive, which allows us to finish simulations autonomously in less than 10 minutes from the CAD file. Whenever we have trouble EMWorks supports within little time to our full satisfaction.

Denis Frank - Research & Development

List-Magnetik Dipl.-Ing. Heinrich List GmbH

List-Magnetik develops and produces magnetic measuring devices and magnetization systems for all magnetic materials that are used in permanent magnetically excited electric motors. We have been successfully using SOLIDWORKS in combination with EMWORKS for several years to design and calculate these systems. EMWORKS helps us to carry out precise magnetic field calculations, especially in rare earth applications, which allow a precise analysis of the magnetization devices to achieve faster cycle

Heinz-Dieter List

Britton Nilsen

Private Consultant

I have a custom motor design that I reached out to EMWorks to help me optimize. The level of expertise was top-notch, communication was excellent, they completed my project ahead of schedule, and I couldn't be more pleased with the end result. Thank you EMWorks!

Britton Nilsen