Vibration Damping

ADVANTAGES OF BILZ VIBRATION DAMPING

• Decades of experience
  For decades, BILZ has specialized in vibration isolation and vibration damping. Thanks to this long-standing expertise, customers benefit from in-depth knowledge and reliable solutions, even for complex projects.
• State-of-the-art measurement technology
  BILZ utilizes highly precise measurement technology and innovative analytical methods to identify vibration issues early and address them effectively. This ensures precise diagnostics, reliable planning, and sustainable implementation.
• Customized solutions
  Instead of standardized products, BILZ develops tailored concepts – whether for large machinery, sensitive measurement rooms, or other special requirements.
• Made in Germany
  Manufactured at the German location, BILZ products meet the highest quality standards, offer short delivery times, and provide durable systems that comply with the “Made in Germany” standards.

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objective OF VIBRATION ISOLATION

Vibration isolation refers to the decoupling of disturbing forces and vibrations. This reduces the transmission from one body to another. This effect always works in both directions – from the machine to the environment as well as in the opposite direction.

objective OF VIBRATION DAMPING

Vibration damping is required for vibrations or shocks caused by periodic or impact forces. Suitable vibration damping can convert vibration energy into heat (friction), thereby reducing disturbances in the surrounding environment.

The higher the damping, the faster a vibration will dissipate.

Since every industrial facility has its own specific requirements and challenges, we offer customized solutions for vibration decoupling. Our experts work closely with you to ensure that each solution is optimally integrated and effective, allowing your equipment to operate more efficiently and last longer.

With over 40 years of industry experience and an unwavering commitment to innovation, we at BILZ set technological standards. Our advanced vibration decoupling technologies are the result of intensive research and development aimed at boosting productivity and minimizing operating costs.

By reducing structure-borne noise and vibrations, our vibration decoupling solutions contribute to a healthier environment and improved workplace well-being. For example, using the FAEBI® rubber air spring isolator can also prevent the transmission of structure-borne sound.