MAG SOAR S.L. will attend the International Astronautical Congress (IAC) to show the H2020 SIROM Project as part of the Consortium lead by SENER. MAG SOAR is responsible for developing the Thermal Interface for Robotics Manipulation of Payloads in Future Space Missions.
Mag Soar has presented the recent advances of Levisolator project on the Workshop on Optical Mechanisms held by ESA/ESTEC in Noordwijk, Netherlands. Levisolator is a new technology development from MAG SOAR that will be potentially used as a cryostat vibration isolation and thermal disconnect system for the Focal Plane Array of the Athena Mission, an X-Ray […]
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 […]
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 has been awarded the first price from 22 nominated Clean Sky projects as best example of successfully performed activities. CLEAN SKY is the largest research program funded by the EU Commission developing advanced technologies designed to significantly reduce C02 and NOx emission and noise levels. This week, the Clean Sky 1 Closing Event “Europe, […]
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 […]
SIROM is a European Commission H2020 project with the objective of developing a standard set of connections that allow coupling of payload to the manipulators and payloads to other payloads. These robotic manipulators or robot arms are increasingly being used in complex in-orbit infrastructures or space exploration due to its effectiveness and optimum performance in […]
Z-Damper is a vibration isolation system able to act as a dissipater and also to enhance the performance of any damping solution by mechanical impedance coupling. This magneto mechanism is adaptable to low and high ranges of frequencies and it can substitute tuned vibration absorbers currently being used for the vibration control in automotive, energy […]
Madrid-18/07/2016-MAG SOAR in collaboration with UAH develops a completely innovative system to face vibration problems by mechanical impedance matching Vibration control of buildings, airplanes, cars and other kinds of systems and structures is an extremely important issue in constant evolution. Insufficient control of vibration propagation can cause the critical failure and ultimately, the total breakage of a structure. […]
MAG SOAR technical director exposed the project last advances to the interested parties The Workshop on Gear Technology and Mechanisms Final presentation took place on ESA´s technical heart and incubator of the European space effort: The European Space Research and Technology Center, ESTEC, located in Noordwijk. (Netherlands) The objective of the Workshop Gear Technology […]