“With many calculations, one can win; with few one cannot. How much less chance of victory has one who makes none at all !”
Sun Tzu
High-Performance Test Benches
Tailored testing systems for Aerospace, Automotive, Railway, and Civil Engineering sectors
A test bench is a machine conceived to replicate real operating conditions around the unit under test, with the aim to allow manufacturers to deepen knowledge of their product in quantitative and qualitative terms, to assess product safety and to carry out experiences that can lead to improve quality.
Ingegneria e Sistemi Srl provides test benches for different industrial sectors and for multiple applications: automated rigs built around a single component or suitable to test complex systems such as aircraft, vehicles, trains and buildings.
The diagram here beside shows our most common applications and units under test. (Click here for the PDF version)
Quasi-static and vibration testing for spacecraft and satellite structures, replicating mission loads to ensure reliability of critical systems under extreme conditions.
Structural and component testing solutions for aviation, covering fatigue, endurance and safety verification of aircraft and rotorcraft systems, from components to full integration rigs and Iron Bird simulations.
Automotive testing solutions for components, systems and full vehicles, including fatigue, endurance, system integration and road simulation with advanced electro-hydraulic and electro-mechanical actuation technologies.
Railway testing solutions for rolling stock components and systems, covering fatigue, dynamic loads and HIL simulation with high-performance actuation and real-time control.
Testing solutions for structural materials and civil engineering components, including quasi-static, dynamic and fatigue assessments. Ingegneria e Sistemi Srl provides complete test rigs, actuators, sensors and real-time control systems for reliable structural characterization.
Advanced seismic simulation and assessment systems for structures and materials, from model scale to full scale. Solutions include shaking tables, pseudodynamic testing and high-load actuators for realistic earthquake load replication and structural safety analysis.