See exactly how the damper controls movement.

A damper can look perfect on the outside and still produce the wrong force internally. Dynamic testing reveals the real force response.

In practice: move the damper at controlled speeds and measure how strongly it resists that movement.

Railway damper dynamic and fatigue testing.

Best for: railway production, overhaul and qualification

Crank-type damper and shock dynos across several performance classes.

Best for: routine force-velocity characterization

Programmable electric actuators for custom waveforms and long-stroke tests.

Best for: development, track-replay style testing and special components

Control tests, collect data and compare results.

Best for: repeatable workshop and laboratory workflows

Maintain or upgrade installed test equipment and legacy systems.

Best for: long-term availability

Mount it in the correct fixture and orientation.

Apply the required speed, stroke or waveform.

Build the actual force-versus-motion picture.

Use the result for acceptance, tuning or investigation.

A visual check cannot tell you whether internal damping forces still match the suspension requirement.

Before: the damper is judged by leakage, appearance or age.

After: its actual force response is measured under controlled movement.

CBP defines the test envelope and avoids overclaiming generic equipment as railway-qualified when a specialist railway system is required.