mag vacuum
MAG ENGINEERING conducts feasibility studies, designs and manufactures special high vacuum systems for industry and scientific research, space simulation setups and satellite support M.G.S.E. / E.G.S.E. For Space Simulation facilities, high vacuum systems and cryogenic lines, MAG ENGINEERING offers “all inclusive” MAINTENANCE services and extraordinary technical interventions, providing highly specialized personnel and collaborators.
systems
vacuum technologies
Design and manufacture of special systems and components for ultra-high vacuum. Marketing of standard ISO and CF conflat components, vacuum instrumentation. EGSE
SPACE SIMULATION
systems
Design and manufacture of setups for space simulation and satellite support, such as M.G.S.E. and E.G.S.E. For the Space and scientific sector, MAG offers liquid nitrogen shrouds and complete custom systems, such as Space Simulators and Thermal Chambers.
systems
LEAK
DETECTION
MAG Engineering specializes in the most advanced technologies for He leak measurements and residual gas analysis RGA, designs and manufactures measurement systems with mass spectrometers, programs and provides maintenance services for Space Simulators and high vacuum units. MAG Engineering also provides Helium Leak Detection services both to identify high and ultra-high vacuum seal problems and to implement new investigation systems for industrial products.
systems
OPTICS-LASER
OPTICS-LASER: Design and manufacture of special high vacuum chambers for scientific research in optics-laser applications.
systems
CRYOGENICS
CRYO PUMPS: In space simulation and scientific research, when high vacuum pumping with high flow rates and/or dry-vacuum is required, cryogenics is used, a sector where CTI Cryogenics and SHI Sumitomo are the partners that MAG Engineering integrates into its systems.
systems
P.V.D. COATING
SPUTTERING: MAG Engineering designs and manufactures both standard and special magnetron sputtering systems for scientific research, including Nanocoating.
MAG ENGINEERING also handles:
- Thermal simulation systems in ambient and vacuum environments.
- Gas spectrometric analysis systems.
- Solar tracking systems.
- Microclimate analysis systems.
- Passive shelter systems with photovoltaic installations.
- Refrigeration and heating systems.
- Gas and liquid pressurization systems.
- Laser measurement systems.
- Thermographic detection systems.
- Lifting systems.
- Robotic handling and automated transport systems.
- Product quality control systems.
- Heat exchanger and heater systems.
- Electrical and pneumatic power supply systems.
- Fire protection systems.
- Security systems.