Cab Mount

Bushes are elastic rubber-metal components designed to provide vibration-isolated and stable mounting for vehicle and machine cabs. They connect the cab to the frame, allow for controlled movement and reduce vibrations and dynamic forces to ensure controlled cab mounting. They are used in mobile machinery, commercial and industrial vehicles, as well as construction and agricultural machinery - anywhere where decoupling from the frame or drive train is necessary. The elastic mounting protects drivers and components - such as electronics and instruments - from vibrations and noise, and enhances operational safety. Thanks to their compact design, they are particularly well-suited for tight installation spaces. A bushing consists of inner and outer metal bodies with a firmly vulcanized elastomer core. Its design allows it to absorb various forces and undergo defined elastic deformations for vibration damping and uniform force distribution. Bushings offer high damping performance, ensure a smooth ride in the cab and protect both the driver and the vehicle’s systems. They are designed for dynamic loads and can be adapted to specific operating conditions. Additionally, they are tear-resistant, as the metal sleeves absorb forces and prevent the bushings from coming loose.

Conical mountings are elastic rubber-metal components designed to provide vibration-isolated mounting for machine and vehicle cabs. Their tapered geometry allows for the targeted absorption and dissipation of axial and radial forces, thereby distributing loads and controlling cab movements. They are used in mobile machinery, commercial vehicles, industrial trucks, construction and agricultural machinery, as well as in stationary cabins. There, they decouple cabins from the frame and reduce vibrations from the chassis and drivetrain. Especially under combined loads caused by uneven surfaces or load cycles, they protect operators and sensitive components and ensure stable, flexible cab guidance. A conical bearing consists of conically shaped inner and outer metal bodies with a permanently bonded elastomer. This design allows for the simultaneous absorption and distribution of forces, as well as the effective damping of vibrations and shocks. An integrated shear protection mechanism prevents failure under overload. Conical bearings are characterized by high vibration and noise damping, stable force absorption and a durable, low-maintenance design. They compensate for movements, reduce load peaks and ensure smooth cabin movements as well as a long service life for the entire structure.

Round bearings serve as cab bearings to provide a vibration- and shock-absorbing connection between the cab and the frame. Their rotationally symmetrical design enables controlled force transmission in both the axial and radial directions, reduces vibrations and noise and facilitates compact decoupling of the cab structure. They are used in mechanical and plant engineering, on test benches and in conveyor and automation technology, e.g., on power units, pumps or control cabinets. Thanks to their design, they can be integrated in a space-saving manner and ensure reliable decoupling under combined loads, which increases operational safety and service life. Round or circular bearings consist of a firmly bonded elastomer-metal composite. They absorb static and dynamic forces from the cabin’s weight and operation and transfer these forces to the structure in a controlled manner. This achieves uniform load distribution while providing elastic mounting. They offer space-saving integration, easy installation and reliable damping. Vibrations and noise are reduced, cabin movement is smoothed out and adjacent components are protected. Their properties can be adapted to different operating conditions through the choice of elastomer and geometry.