EMAG DESIGN is your partner in research and development in the field of electromagnetism

Our company’s mission is to provide its customers with world-class R&D and engineering services at a reasonable cost. Since 2013, we have been active in the field of advanced design, optimization and computer simulations of electromagnetic transducers and their control systems. We cooperate with outstanding experts from the leading scientific centers in Poland, including scientists from the Poznan, Lodz and Gdansk Universities of Technology. We have successfully completed more than 40 projects with companies from United States, Netherlands, United Kingdom, Czech Republic, Ireland and Poland. The quality of our work is evidenced, among other things, by the co-authorship of the implementers of these projects in nearly 30 international patents and patent applications.
Our main areas of expertise include
- Performance analysis, design and optimization of special electromagnetic transducers, including high-speed permanent magnet electric machines, energy-efficient electric vehicle motors of improved reliability and low torque ripples, electromagnetic actuators of linear and rotary motion, power generation and vibration damping systems with permanent magnets
- Systems using the properties of smart materials, including brakes and vibration dampers with magnetic field-controlled fluids, magnetic cooling systems, actuators with magneto and electrorheological fluids
- Innovative solutions for vertical and horizontal transport based on linear electromagnetic actuators


- Development of the design of new types of transducers for special applications
- Proof of concept design, fabrication and testing of the above-mentioned transducers and systems
- Three-dimensional visualization and animation of technical objects using advanced tools for three-dimensional graphics (3dMax Studio, V-ray etc.) including virtual and augmented reality technologies
- Technical consulting and expertise, supporting customers with knowledge and experience in making key technical decisions.


