Production of shock absorbers for industrial vehicles: from design to testing

The production of shock absorbers for industrial vehicles it is a process that includes design, choice of components, assembly, calibration, checks and tests. Shock absorbers are in fact fundamental elements of the suspension system of trucks, trailers and semi-trailers.

Their task is not just about driving comfort. They contribute to the control of oscillations, the stability of the vehicle and the correct behavior of the suspensions in different conditions of use.

Ma How are shock absorbers for industrial vehicles produced? Behind each component there is a technical path that starts from knowledge of the application and ends with performance checks.

Production of shock absorbers for industrial vehicles: from design to application

The production of shock absorbers starts from understanding the application for which the component will be intended.

An industrial vehicle can in fact operate in very different conditions in terms of load, mileage, axle configuration and characteristics of the suspension system. Likewise, trucks, trailers and semi-trailers have different needs that must be considered during development.

The design phase therefore serves to define the technical characteristics of the shock absorber in relation to the specific application, identifying parameters and performances necessary to obtain behavior consistent with the vehicle's suspension system.

Components and materials of shock absorbers for industrial vehicles

A shock absorber is made up of several elements that work together to control the movement of the suspension.

These include cylinder, rod, piston, valve system, sealing elements, hydraulic fluid and vehicle connection systems.

The quality of the materials and the precision of the components take on particular importance in applications intended for industrial vehicles, where the shock absorber is subjected to repeated stress and demanding operating conditions.

Each element must therefore be designed and built considering not only initial performance, but also reliability and continuity of operation over time.

Assembly and production process of shock absorbers

Once the various components have been made and prepared, we move on to the assembly phases.

It is at this stage that the piston, rod, valves, sealing elements and other components are integrated to form the shock absorbing system.

The control of production parameters is essential to guarantee uniformity between components intended for the same application.

In the production of shock absorbers for trucks and industrial vehiclesIn fact, the precision of the processes also contributes to the final behavior of the product.

The role of valves in calibration

One of the most important aspects concerns the calibration of the shock absorber.

The resistance opposed to the compression and extension movements of the suspension is regulated through the hydraulic system and the internal valves.

Calibration is therefore not necessarily identical for each vehicle.

Application characteristics, suspension configuration and conditions of use may require different behaviors.

For this reason, the design of the shock absorber must be closely linked to the application for which the product is intended.

Tests and checks before use

The process does not end with assembly.

I shock absorber tests allow you to verify that the component responds to the parameters defined during development.

The checks can concern different aspects of operation and allow the behavior of the shock absorber to be evaluated before its application on the vehicle.

Tests and checks therefore represent an important phase to verify the coherence between design, production and expected performance.

Know-how and development of Way Assauto shock absorbers

The production of a shock absorber for industrial vehicles is therefore the result of a uniting path design, knowledge of the application, production process and performance verification.

Way Assauto develops solutions for the suspension sector intended for different applications in the world of industrial vehicles, putting technical skills and know-how at the service of product development.

From design to testing, each phase contributes to the creation of solutions designed to meet the needs of trucks, trailers and semi-trailers.