Scope of Activities – Engineering Against Physics

We do not select solutions "from a catalog". Each case is a unique mathematical equation. Within the project, we perform:

• Source Analysis: We determine where and with what force the vibrations are coming from.

• Resonance Analysis: This is a key stage. We check whether the planned solutions will not resonate with the structure, which could worsen the problem rather than solve it.

• Precise Material Selection: We calculate the required dynamic stiffness of mats and vibration isolators.

• Connection Details: We design critical contact points to effectively break acoustic and vibration bridges.

Systems We Design

We create solutions for residential construction, office buildings, and heavy industry:

• Floating Vibration Isolation Floors: A standard in modern apartment buildings and recording studios.

• Decoupled Foundations: For machines and technological equipment, so that their operation does not transmit to the rest of the hall.

• HVAC Insulation: Flexible supports and hangers for ventilation units, ducts, and roof-mounted aggregates.

From Design to Verification (Reliability of Operation)

Vibration isolation does not forgive installation errors. Therefore, our work does not end with documentation.

1. Execution Guidelines: We provide the contractor with detailed assembly instructions and quality control recommendations.

2. Control Measurements: After completing the work, we enter the site with measuring equipment and verify the effectiveness of vibration damping under real conditions.

Why is Vibration Isolation Critical?

Ignoring vibrations is an expensive mistake. Vibrations lead to cracking of plaster, loosening of structural connections, and installation failures. In residential buildings, they lower the quality of life, and in industry, they affect the precision of machine operation.
A professional vibration isolation design is an investment in the durability of the property and technical safety.