Parabolic shock absorbers

Parabolic shock absorbers are used as support feet and vibration damping pads. They attenuate shock and vibration between contacting surfaces. They have a parabolic-shaped rubber base vulcanized onto a metal element that usually consists of a disk with an integrated screw. They are manufactured using the same technology as standard vibration dampers, which is based on rubber-metal co-molding. This ensures perfect adhesion at the interface and high mechanical strength. This combination of materials provides stability, durability, and reliable anti-vibration performance, even under severe working conditions.

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Description

Main advantages of parabolic shock absorbers:

– Excellent vibration and shock absorption
– Parabolic shape ensures even load distribution
– Reduces noise and enhances operating comfort
– Easy to install and long-lasting
– Provides effective surface protection
– Available in various hardnesses and materials

The standard material for the feet production is the rubber SBR, but it’s possible to produce them in other material depend on application.

 

Code Ø A (mm) Height B (mm) Screw C (mm) Thread F (mm) Max Load (Kg)
SATP4030PM845 40 30 23 M8 70
ANT PAR 50/50 50 50 35 M8 70

Parabolic shock absorbers are essential components for protecting machinery from vibrations and sudden impacts. Their unique parabolic design distributes forces evenly, reducing stress on sensitive parts and extending the lifespan of equipment.

In industrial environments, these absorbers act as both stabilizing and protective elements. They work effectively when combined with rubber feet or vibration-damping pads, limiting movement, reducing noise, and preventing premature wear. This makes parabolic shock absorbers ideal for conveyor systems, electronic devices, and precision machinery.

Available in various sizes and hardness levels, these shock absorbers adapt to different loads and operating conditions. Installation is simple, and maintenance is minimal, ensuring equipment remains stable and functional over time.

Moreover, their parabolic shape enhances shock absorption compared to standard cylindrical supports. By choosing the right combination of materials and dimensions, you ensure optimal performance, durability, and long-term safety.

In conclusion, parabolic shock absorbers provide reliable vibration control and equipment protection. They not only enhance operational efficiency but also maintain alignment and structural integrity. These absorbers are a smart choice for any industrial application requiring both stability and protection.

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