Acoustics and vibration
for Electronics and Network
Your Electronic Enclosures Are Exposed to Vibrations from Their Entire Environment
A control cabinet installed in a production facility is constantly subjected to vibrations generated by nearby machinery and HVAC systems. Over time, these unwanted vibrations can fatigue electronic boards and gradually loosen connectors, leading to intermittent faults and unexpected failures. Without proper isolation, sensitive equipment is likely to experience reduced reliability and a shorter service life.
Find your solution
No products match your search
Our Acoustic and Vibration Isolation Solutions
Isolation Mounts for Control Panels and Communication Racks
Control panels and communication racks are among the key applications for our vibration isolation technologies. One of our solutions combines a stainless-steel cable wound between lightweight alloy retaining bars, delivering effective damping performance without adding unnecessary weight.
We also offer elastomeric ring mounts featuring a rubber element bonded between an inner sleeve and an outer housing equipped with a mounting flange, providing reliable vibration isolation in compact installations.
Elastomer Anti-Vibration Mounts
Decoupling an enclosure or cabinet from its supporting structure remains one of the most effective ways to control vibration transmission. Rather than relying on generic solutions, we select the elastomer compound and stiffness according to the actual load of your equipment.
For highly sensitive electronic systems, precise stiffness tuning is essential, as an incorrectly sized mount can allow a significant portion of vibration to pass through to critical components.
Acoustic Foams
Airborne noise is often best addressed at its source rather than through equipment supports alone. Our acoustic insulation systems combine sound absorption, sound insulation, and damping technologies to reduce noise emissions effectively.
Available in both partial and full enclosure configurations, these solutions help create quieter, more reliable operating environments for electronic and control equipment.