We can provide basic model selection and calculation for customers looking for anti-vibration or anti-shock solution with wire rope isolators. Please contact us with your technical specifications via email or online inquiry form.
For vibration & shock control problems, we can do theoretical analysis (as listed below) for linear and non-linear systems by using 3D design and simulation with finite element model:
- structural strength analysis;
- modal analysis;
- transient analysis (response VS time);
- random vibration analysis;
- harmonic response analysis;
- shock analysis (half-sine wave, saw-tooth wave), etc.
For marine shaft seal applications, we can supply diversified service (including 3D design, simulation, test & analysis) and manufacturing of products and spare parts.
A. Modal Analysis
Fan Finite Element Model
Modal Analysis Nephogram
B. Dynamics Simulation
Acceleration Results Nephogram
Sweep Frequency Curve
Acceleration Response Curve
We can provide support on both lab test and on-site test, such as:
- Static test;
- Dynamic test such as random vibration test, sinusoidal sweep frequency test, typical impact test, drop impact test;
- Environmental experiments under various standards.
Our Test Machines
Vibration Test
Vibration Transmissibility Curve
Drop Test
Shock Response Curve
By using multi-channel acceleration data acquisition analyzer, we can collect the acceleration signals of both system input and output.
After data processing, information such as RMS and transfer function can be obtained, so that system vibration/shock isolation efficiency can be evaluated.
Vibration Data Acquisition Instrument
