FAIST Control Systems is proud to announce a major milestone in the development of its new pneumatic actuator with an integrated solenoid valve, designed to redefine compactness, durability, and efficiency in EGR (Exhaust Gas Recirculation) systems.
The development, which leverages FAIST’s extensive expertise in pneumatic actuation, responds to the increasing demand for systems that combine structural robustness, controllability, and space efficiency. Traditional EGR system bypasses rely on separate solenoid valves and actuators, requiring significant space and robust fixing mechanisms to endure high-vibration environments. FAIST’s innovative solution integrates the solenoid valve directly into the pneumatic actuator, achieving remarkable improvements, with the main ones listed below.
Space optimization: the integrated design eliminates the need for additional fixing points and connecting pipes, reducing the overall packaging size by 40% compared to existing solutions.
Enhanced durability: positioning the solenoid core in the physical center of the actuator improves stability and extends the lifespan under vibrational loads.
Cost and efficiency gains: by eliminating external connections and optimizing material selection, the new actuator reduces production costs while maintaining high performance.
The development of this actuator has been developed collaboratively by FAIST’s engineering teams from Italy and China. Led by Chief of Product Development Officer Tina Cortese, Senior Application Engineer Vincent Guo, and Application Engineer Giacomo Biavati, the project utilized FAIST’s integrated development systems to meet the diverse needs of customers worldwide. The collaboration resulted in a product that balances design, regulatory, and cost requirements across different markets.