Damper Test Systems are advanced testing machines used to evaluate the damping performance, durability, and noise levels of shock absorbers in two-wheelers, four-wheelers, and railway vehicles. These precision-engineered systems ensure accurate measurement of damping force and dynamic response, making them essential for shock absorber testing and suspension system analysis. With application-specific configurations and robust performance, our automated damper testing equipment runs reliably under continuous operation, delivering consistent results in high-demand environments.
Servo-Hydraulic Dual Station Shock Absorber Test System
Servo-Hydraulic Dual Station Shock Absorber Test System is a compact, high-precision solution designed for advanced damper testing in automotive suspension systems. Built for dual-station operation, it enables independent or simultaneous testing of two shock absorbers, increasing productivity and reducing test time in both development and production lines.
Crank Operated Shock Absorber Test System
Crank Operated Damper Performance Test System is a mechanically driven test rig designed to evaluate the performance characteristics of automotive shock absorbers. The system uses a crankshaft-based electromechanical drive to apply a controlled, sinusoidal motion to the damper, replicating the loading conditions typically experienced during real-world vehicle operation.
Railways Shock Absorber Test System
The Railways Shock Absorber Test System is a servo-hydraulic testing platform designed to evaluate the performance of rail vehicle suspension dampers, including both primary and secondary shock absorbers used in locomotives, metro cars, and passenger coaches.
Damper Noise Detection Test System
The Damper Noise Detection Test System is a specialized testing platform designed for detecting and analyzing structure-borne noise and vibration characteristics of shock absorbers and dampers across automotive, railway, and industrial applications.