Stop rail
Rubber-metal stop rails – a robust solution for vibration-free stops and precise positioning
Our rubber-metal stop rails combine the advantages of elastic rubber materials with the mechanical strength of metal supports, offering a particularly effective solution where vibration-free stops, precise position limits or shock-absorbing contact points are required. The combination of elastic rubber and a heavy-duty metal core ensures permanent damping of shocks and vibrations, reduces stress peaks on components and helps to significantly extend the service life of components, machines and systems.
Glossary
shock-absorbing
| Item no. | Length (mm) | Width (mm) | Height (mm) | Hardness | Price | SP | Delivery time | Quantity | Buy |
|---|---|---|---|---|---|---|---|---|---|
| 1004.0000.0019 | 100 | 200 | 45 | 55 |
CHF 62.10 /Stk.
|
|
by arrangement |
|
|
| 1004.0000.0024 | 120 | 250 | 70 | 55 |
CHF 104.95 /Stk.
|
|
by arrangement |
|
Order the cut-to-size piece according to your specifications.
Our rubber-metal stop rails combine the advantages of elastic rubber materials with the mechanical strength of metal supports, offering a particularly effective solution where vibration-free stops, precise position limits or shock-absorbing contact points are required. The combination of elastic rubber and a high-strength metal core ensures permanent damping of shocks and vibrations, reduces stress peaks on components and helps to significantly extend the service life of components, machines and systems.
These stop rails are used wherever precise stop points with integrated shock absorption are required – be it in conveyor technology, in mechanical and plant engineering, in handling systems or on positioning devices where repeated contact, movements or loads occur. The elastic rubber-metal connection ensures that loads are distributed evenly, mechanical vibrations are reduced and sensitive structures are protected, without compromising the necessary stability.
The rubber-metal stop rails are characterized by high resistance to dynamic loads, good ageing and temperature resistance, and easy installation. The combination of materials results in a product that combines mechanical precision with functional damping, allowing it to be flexibly integrated into a wide variety of technical applications.