EMS has a very low learning-curve, so it is very easy to use. I learned how to use the software by watching EMWorks’ YouTube tutorials. It is very extensive software, with a wide variety of possibilities to simulate and check the working of magnets. It is easy to generate and analyze results with EMWorks’ EMS software.
EMS for Inventor helped me design and simulate a magnetic drum for my research project. With the software, I was able to carry out simulations with different arrangements and materials. Although I haven't done a magnetic strength analysis with different magnet counts yet, I plan to do so in the future with EMS. Overall, EMS for Inventor has been a valuable tool for my research.
Based on my personal experience, I utilized a permanent magnet in my real experiment while working on the magnetic abrasive finishing process. I found the EMS software to be user-friendly, with clear categories and input materials that produced excellent simulation results. I also noticed that the design aspect of my work required further development, and I found EMS to be a suitable tool for that purpose.
MotorWizard & EMS have been very helpful in understanding and exploring various rotor and stator configurations in our design of a Brushless motor. As mechanical engineering undergrads, our understanding of electro-magnetic design was limited, but the software really helped us to work through some of the more complex concepts we were coming across in motor design references.
In particular, MotorWizard proved to be very easy and intuitive to use and helped us in design studies such as the effect of a 3D printed plastic rotor compared to a traditional silicon steel rotor. Lots of online tutorials provided by EMWorks made EMS approachable after viewing a few of the tutorials.
The academic and technical support representatives were responsive and helpful in getting us software licenses and setting them up with our institution as well as troubleshooting technical issues we were running into.
I am currently doing my project in a Belgian company. The goal of my project is to use holding electromagnets to capture ferromagnetic particles in liquid and to put them in motion in this same liquid. To do this I had to choose an electromagnet with well-defined characteristics. That's why I use the simulation with the EMS software. This allows me to visualize the field lines, and to choose the most suitable electromagnet for my application.
I find that the EMS software integrates well with Solidworks and that makes its use quite simple and intuitive. It can be easily taken in hand thanks to the EMS tutorials.
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Joran de Weerd
Windesheim University of Applied Sciences, NetherlandsEMS has a very low learning-curve, so it is very easy to use. I learned how to use the software by watching EMWorks’ YouTube tutorials. It is very extensive software, with a wide variety of possibilities to simulate and check the working of magnets. It is easy to generate and analyze results with EMWorks’ EMS software.
Rezky Alfian Fatra
University of IndonesiaEMS for Inventor helped me design and simulate a magnetic drum for my research project. With the software, I was able to carry out simulations with different arrangements and materials. Although I haven't done a magnetic strength analysis with different magnet counts yet, I plan to do so in the future with EMS. Overall, EMS for Inventor has been a valuable tool for my research.
Chanchamnan Sieb
Jeonbuk National University, South KoreaBased on my personal experience, I utilized a permanent magnet in my real experiment while working on the magnetic abrasive finishing process. I found the EMS software to be user-friendly, with clear categories and input materials that produced excellent simulation results. I also noticed that the design aspect of my work required further development, and I found EMS to be a suitable tool for that purpose.
Grant Gough, Taylor Lee, Nathan Binner & John-Ryan Fajalongo
British Columbia Institute of TechnologyMotorWizard & EMS have been very helpful in understanding and exploring various rotor and stator configurations in our design of a Brushless motor. As mechanical engineering undergrads, our understanding of electro-magnetic design was limited, but the software really helped us to work through some of the more complex concepts we were coming across in motor design references.
In particular, MotorWizard proved to be very easy and intuitive to use and helped us in design studies such as the effect of a 3D printed plastic rotor compared to a traditional silicon steel rotor. Lots of online tutorials provided by EMWorks made EMS approachable after viewing a few of the tutorials.
The academic and technical support representatives were responsive and helpful in getting us software licenses and setting them up with our institution as well as troubleshooting technical issues we were running into.
Nathan Mercier
Haute École Bruxelles-BrabantI am currently doing my project in a Belgian company. The goal of my project is to use holding electromagnets to capture ferromagnetic particles in liquid and to put them in motion in this same liquid. To do this I had to choose an electromagnet with well-defined characteristics. That's why I use the simulation with the EMS software. This allows me to visualize the field lines, and to choose the most suitable electromagnet for my application.
I find that the EMS software integrates well with Solidworks and that makes its use quite simple and intuitive. It can be easily taken in hand thanks to the EMS tutorials.