Dynamic Controls
True vibration observability turns early signals into confident decisions.
True vibration observability turns early signals into confident decisions.
We specialize in gear dynamics for reducers and speed increasers. Through true real-time analysis of gear meshing dynamics, we evaluate gear behavior, uncover hidden defects, and detect early-stage anomalies that remain undetected using conventional vibration monitoring techniques.
We specialize in the dynamic analysis of extremely low-speed rotating machinery. Monitoring systems designed for conventional rotating equipment often fail to detect early-stage faults in slow-speed applications. Our methodology focuses on extracting meaningful dynamic information from very low-frequency signals, allowing accurate condition assessment and early detection of developing mechanical problems.
High-speed turbomachinery demands specialized diagnostic approaches due to the complex dynamic behavior of rotors operating at elevated speeds. We perform detailed studies of critical speeds and rotor resonant zones, enabling the diagnosis of complex dynamic conditions and the development of effective solutions to improve machine reliability and performance.
