The application of ‘good tribology’ contributes significantly to the efficiency, reliability and performance of spacecraft mechanisms. INS offers independent, specialist support in this field thanks to MVT-2 Vacuum Tribometer. INS developps new support and specialised devices (e.g. Gear and Four Bearing Test modules) on the MVT-2 platform to carry out researches defined in response to trends and advances in spacecraft mechanisms and within a wider industrial context, for example in the following areas: - Hybrid lubrication (combined solid/fluid lubricant solutions) - Improved and lower-cost solid lubricants - Component-level and actuator level assessment/characterisation - Improved understanding of present generation fluid lubricants and characterisation of new lubricant chemistries (e.g. gelled lubricants) - Quantitative assessments of lubricant condition and inspection techniques - Assessments related to accelerated life-testing of fluid and solid-lubricated bearing systems 🏭 Engineering expertise to protect operations and maximise performance. 🔔 INS can provide tailored and entirely confidential R&D on a commercial basis to organisations from around the world as appropriate. Focused, responsive, state-of-the-art R&D supporting your development. Do not hesistate do contact us.
🚀 Push Boundaries in Space Exploration with MVT-2 Vacuum Tribometer In the vast expanse of space, traditional tribological solutions may fall short. The MVT-2 steps in, offering unparalleled precision in vacuum environments and ensuring your materials and lubricants meet the rigorous demands of space exploration. 🌌 Testing Beyond the Atmosphere: Whether it's satellite components, propulsion systems, or exploration rovers, the MVT-2 is your tool for understanding how materials behave in the vacuum of space or inert ambient media. Its advanced capabilities pave the way for innovations in space technology. 📊 Data-Driven Decisions: There's no room for errors in the vacuum of space. The MVT-2 empowers you with precise data on friction and wear, enabling informed decisions in developing aerospace materials and lubrication strategies and providing insights crucial for designing robust and reliable space systems. Unleash your materials' potential in the space vacuum and take a giant leap in aerospace tribology. Learn more about the MVT-2 Vacuum Tribometer here: https://lnkd.in/dsffUNR #SpaceExploration #AerospaceTechnology #VacuumTribology #VacuumTribometer #RtecInstruments