Automotive Industry

Springs play an essential role in the automotive industry and are indispensable for guaranteeing comfort, safety and reliability. They are used in a wide range of systems such as the suspension, engine, brakes, clutch and interior components. Technical springs ensure controlled force distribution, smooth movement and optimal support of the various vehicle components.

Thanks to their versatility and durability, springs contribute to a better driving experience, a longer service life of parts and safe vehicle operation. In passenger cars, commercial vehicles and industrial applications alike, quality springs are an essential component of modern mobility.

Springs in the suspension

Springs in vehicle suspension play a crucial role in guaranteeing ride comfort, stability and safety. Compression springs (coil springs) are typically used in combination with shock absorbers. These springs absorb road surface irregularities and keep the vehicle stable, even at high speeds or under heavy load. Thanks to their resilience and durability, they contribute to optimal road holding and a comfortable driving experience.

Springs in the engine and valve mechanism

In the engine, springs such as valve springs are used to guarantee precise operation of the valves. These springs ensure that the valves close quickly and correctly after each combustion cycle. This is essential for the performance, efficiency and service life of the engine. The springs must withstand high temperatures and continuous load, making quality and precision particularly important here.

Springs in the clutch and transmission

In the clutch and transmission, springs are used to absorb shocks and vibrations during gear changes and acceleration. These springs ensure smooth power transfer between the engine and drivetrain, significantly improving driving comfort. By selecting the correct spring characteristics, wear is reduced and the service life of transmission components is extended.

Springs in braking systems

In braking systems, springs ensure the correct positioning and return of various components after braking. Both tension springs and compression springs are used to ensure that brake pads and other components are in the correct position when the brake pedal is released. This contributes to the safety, reliability and consistent operation of the braking system.

Springs in interior and control elements

Springs are also used in numerous interior components such as switches, buttons and levers. They ensure precise operation and tactile feedback, improving ease of use. In addition, these springs ensure that control elements automatically return to their original position, which is essential for correct operation.

Springs in bodywork and components

In vehicle bodywork, springs are used in applications such as doors, boots and bonnets. They support movements and ensure controlled opening and closing. Think for example of springs in locking mechanisms, hinges or support systems. These applications contribute to both the ease of use and the safety of the vehicle.