Sucker shaped shock absorbers

Sucker-shaped shock absorbers are designed to provide stable support and dampen vibrations and shocks between mechanical components or contacting surfaces. Their distinctive suction cup shape ensures good load distribution and impact absorption, even though they do not create a true vacuum effect. Produced using rubber-metal co-molding technology, they ensure strong adhesion between materials. The structure features a vulcanized rubber base bonded to a metal disk with an integrated mounting screw, making them a reliable and versatile choice for industrial applications requiring surface protection, acoustic comfort, and mechanical durability.

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Description

Main advantages of sucker shaped shock absorbers:

– Excellent vibration and shock absorption
– Suction cup shape for optimal grip on smooth surfaces
– Reduces noise and unwanted movement
– Easy to install and remove
– Protects surfaces from scratches and wear
– 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 D (mm) Height B (mm) Screw C (mm) Ø Thread F (mm)
EPV3020PM870 35 27 16 M8
EPV3520PM870 35 20 16 M8
EPV3525PM870 35 25 16 M8
PIE 45/20VM6 45 20 16 M6
EPV4520PM5/18S60 45 20 18 M5
EPV4520PM6/10S60 45 20 10 M6

Rubber sucker shaped shock absorbers provide an effective way to improve the grip, stability, and overall safety of machinery, electronic devices, and professional instruments. Their flexible geometry creates a suction effect that minimizes slipping, vibrations, and unwanted micro-movements during operation.

These shock-absorbing feet are widely used in laboratory equipment, household appliances, non-critical medical instruments, measuring systems, and small industrial machines. In addition, they protect delicate surfaces from scratches and impacts, ensuring a steady and secure support even in demanding environments.

Different rubber compounds and hardness levels can be selected to achieve the most suitable performance. Depending on the application, materials can offer stronger grip, improved thermal resistance, or excellent vibration absorption. When standard options are not sufficient, fully customized rubber sucker feet can be developed to match specific technical requirements.

Key advantages of sucker shaped shock absorbers include easy installation, long service life, enhanced stability of devices, and significant noise reduction caused by micro-impacts. They require no maintenance and maintain reliable adhesion even on slightly uneven surfaces. This makes them a practical and long-lasting solution for both industrial and domestic applications.

To choose the correct anti-vibration feet, several factors must be evaluated carefully: dimensions, load capacity, contact surface, and environmental conditions. Proper selection ensures consistent performance, reduced wear on components, and improved operational safety.

Thanks to their versatility and functional design, sucker shaped shock absorbers represent an efficient solution for increasing stability, protection, and grip across a wide range of equipment. Their combination of elasticity, durability, and adaptability makes them suitable for multiple sectors and everyday applications.

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