A new DS-200s squirter based system is ready to be shipped
The ScanMaster Systems team is currently conducting rigorous tests on the DS-200s system, designed for ultrasonic scanning of composite and metal-based aerostructures. Within this cutting-edge system, the manipulators controlling the end effectors take on a pivotal role, directly impacting its performance. Gimbal-swivel manipulators have been installed to meet the specific demands of inspecting large aircraft structures as well as closed geometry bodies. These state-of-the-art devices are distinguished by their remarkable capability to accommodate small-size squirters capable of hosting either single or dual-frequency transducers, as well as air-coupled transducers, thereby enhancing the system’s versatility and diagnostic capabilities.
These precision modules facilitate the precise positioning and movement essential for conducting both Through-Transmission and Pulse Echo (PE) inspections on complex geometry aircraft components, underlining their critical role in ensuring the integrity and safety of aerospace structures.
The ScanMaster Systems team is currently conducting rigorous tests on the DS-200s system, designed for ultrasonic scanning of composite and metal-based aerostructures. Within this cutting-edge system, the manipulators controlling the end effectors take on a pivotal role, directly impacting its performance.
Gimbal-swivel manipulators have been installed to meet the specific demands of inspecting large aircraft structures as well as closed geometry bodies. These state-of-the-art devices are distinguished by their remarkable capability to accommodate small-size squirters capable of hosting either single or dual-frequency transducers, as well as air-coupled transducers, thereby enhancing the system’s versatility and diagnostic capabilities. These precision modules facilitate the precise positioning and movement essential for conducting both Through-Transmission and Pulse Echo (PE) inspections on complex geometry aircraft components, underlining their critical role in ensuring the integrity and safety of aerospace structures.
