Mag Soar demonstration on TechFest

Ignacio Valiente and Judit Esnoz, Technical Director and  Mechanical Engineer of Mag Soar respectively, presented the company magnetic and superconducting devices on TECH FEST Trade Fair on new technologies. Dr. Valiente began going through the company star products and principal projects: Optimagdrive, Z-Damper, Levisolator and Sirom. He explained the advantages of magnetic components in comparison with […]

MS magnetic gears in NASA Aerospace Mechanisms Symposium

MAG SOAR technology last achievements will be presented at the 44th NASA Aerospace Mechanism Symposium that will take place in Cleveland, Ohio (May 16-18). This event, sponsored and organized by the Mechanisms Education Association in cooperation with NASA Glenn Research Center and Lockheed Martin Space, represents a privileged forum for the exposition of cutting-edge technologies […]

MAG SOAR presents the new generation of magnetic gears in ESA

The technical director of MAG SOAR, Dr. Ignacio Valiente, presented Optimagdrive project final results in 2017 Mechanisms Final Presentation Days workshop. The project main objective was to demonstrate the potential capacity of magnetic gearboxes. Magnetic gears have proven to be a better solution than conventional gears in applications where the extreme temperature or the maximum […]

Z-DAMPER nominated to the Clean Sky Best Project from Partners Award

CLEAN SKY is right now the largest European research H2020 funded program developing innovative, cutting-edge technology aimed at reducing C02, gas emission and noise level produced by aircraft.  This nomination confirms the big potential of Z-DAMPER for the control of vibrations at high temperatures and low frequencies. Z-Damper is a magneto mechanism that matches mechanical […]

New world record in magnetic gear reduction: OPTIMAGDRIVE

Optimagdrive has currently achieved the highest reduction ratio ever reached by a magnetic drive. The tests have demonstrated a reduction ratio of 75. Besides, MAG SOAR engineers have managed to reduce the system weight maintaining high torque levels. This achievement confirms that this passive magnetic technology is ready to replace traditional mechanical gears in applications […]