Client Overview:
A renowned automotive parts manufacturer required a precise and reliable testing system to evaluate the frictional forces in shock absorbers used in automobiles and motorcycles. This testing system needed to measure friction forces during both compression and rebound phases and accommodate the necessary lateral forces to simulate real-world conditions.

Challenge:
The client was in search of a custom testing solution that could offer precise friction measurement capabilities for shock absorbers. The system needed to accurately measure forces, handle a variety of components, and provide consistent and reliable data to help improve the design and quality of their products.

Solution:
To address the client’s needs, RIG designed and delivered the RIG-T036 Shock Absorber Friction Testing Machine. This machine was specifically developed for testing automotive shock absorbers under dynamic and static load conditions. It features:

• High-Precision Sensors: The system is equipped with force sensors and displacement sensors that measure the frictional forces during compression, rebound, and lateral movement.
• Adjustable Testing Parameters: The RIG-T036 offers flexibility with adjustable test speeds (ranging from 0.001 to 0.01 m/s) and lateral force loading (0 to 1000N), allowing the client to test shock absorbers in various conditions.
• Powerful Performance: The machine can accommodate shock absorbers with a maximum load capacity of 1000N and provides a stroke range of ±10mm. The device ensures precise, real-time friction force calculations.
• Integrated Data Analysis: The machine is equipped with specialized software that processes and displays key test data, including frictional force values, peak friction extraction, and average friction force during both compression and rebound phases.

Implementation:
The machine was designed to meet the technical specifications outlined by the client, and after installation, RIG worked closely with the client to configure the system and provide training on its operation and maintenance. The system’s ease of use and real-time data feedback proved to be a critical advantage for the client in their testing operations.

Results:

• Enhanced Testing Efficiency: With accurate and reliable data, the client was able to test shock absorbers more efficiently, reducing time spent on testing while increasing accuracy.
• Improved Product Quality: The system allowed the client to fine-tune the design and performance of their shock absorbers, improving their reliability and durability in real-world applications.
• Streamlined Testing Process: The automated features and advanced sensors of the system allowed for consistent, repeatable testing, leading to greater confidence in product performance and enhanced quality control.

Conclusion:
The RIG-T036 Shock Absorber Friction Testing Machine provided a robust solution to the client’s testing needs, offering precise measurements and real-time data analysis to ensure the reliability and performance of shock absorbers. This application case demonstrates how RIG’s advanced testing technology can significantly enhance testing accuracy, product quality, and operational efficiency in the automotive industry.