Applications
Areas of intervention
Vibrostop designs and manufactures solutions for vibration control and isolation across a wide range of industrial and civil sectors. Our anti-vibration systems are engineered to reduce vibration transmission and structure-borne noise, protect sensitive equipment, and ensure compliance with international standards.
HVAC/R
Heating, Ventilation and Air Conditioning Systems
In residential, industrial and commercial buildings, the performance of HVAC/R systems is essential to ensure indoor comfort and operational continuity.
Air handling units, chillers, heat pumps, refrigeration units and cooling towers generate vibrations that may propagate through the building structure, causing:
- Structure-borne noise
- Discomfort for occupants
- Undesired structural stress
Vibrostop solutions provide effective dynamic isolation of mechanical equipment, improving acoustic performance and extending equipment service life.
Industrial Machinery
Generators, Electrical Panels, Presses, Hammers, Mechanical Processing Equipment
Any machine equipped with moving components represents a potential source of vibration.
If not properly isolated, vibrations may:
- Reduce machining precision
- Accelerate component wear
- Transmit to surrounding structures
Vibrostop provides engineered vibration isolation systems designed to ensure:
- Operational stability
- Protection of sensitive components
- Reduction of structural stress
Defense Industry
Military and Special Applications
The defense sector requires systems capable of maintaining full functionality even under extreme conditions.
Our solutions are designed to comply with military standards such as:
- MIL-STD-810
- MIL-DTL-901E
Vibrostop products ensure resistance to vibration, shock and high-impact loads typical of land, naval and aerospace applications.
Aerospace Industry
Satellites, Aircraft, Spacecraft
In aerospace applications, reliability and precision are critical requirements.
Our anti-vibration systems are used to:
- Reduce vibration during launch and operation
- Protect sensitive instrumentation
- Ensure long-term stability and durability
Solutions are engineered with high-performance materials and manufactured to stringent quality standards.
Shipbuilding industry
Engines, Pumps and Onboard Systems
Shipbuilding and offshore sector, naval structures, primarily built in metallic materials, are particularly sensitive to vibration transmission.
Main onboard vibration sources include:
- Main and auxiliary engines
- Pumps and compressors
- Generator sets
Proper vibration isolation improves onboard comfort, reduces noise levels and limits vibration propagation through the hull.
Transportation
Rail Vehicles, Commercial and Industrial Vehicles
Electronic devices, control systems and onboard equipment installed on wheeled and railway vehicles are exposed to dynamic stresses generated by:
- Road surface irregularities
- Rail joints
- Acceleration and braking forces
Vibrostop solutions protect sensitive systems, ensuring operational reliability and long-term performance.
Leisure & Fitness
Entertainment and Sports Equipment
Musical instruments, professional audio systems and gym equipment may generate vibrations and acoustic disturbances.
The use of dedicated anti-vibration mounts allows:
- Reduction of structure-borne transmission
- Limitation of disturbance to adjacent areas
Improved equipment stability
Art Protection
Museums, Specialized Logistics, Hotels, Private Collections
Works of art and high-value assets must be protected from mechanical vibrations during:
- Transportation
- Installation
- Permanent exhibition
Vibrostop anti-vibration systems are discreetly integrated and remain invisible, contributing to protection even in the presence of seismic risk or environmental vibration sources.
Electrical Panels
Protection against vibrations and shocks in industrial and marine environments
Electrical panels are generally not sources of vibration themselves, but they are often exposed to dynamic stresses generated by their installation environment.
Vibrations originating from machinery, presses, industrial plants or marine environments can compromise the reliability of the electrical and electronic components housed within the cabinets.
Vibrostop anti-vibration solutions allow to:
Protect sensitive components from vibrations and shocks
Reduce the risk of malfunctions
Extend the service life of the system
These systems can be applied either to the entire panel assembly or to individual sensitive components.
Rotating Machinery
Pumps, compressors, motors, turbines and fans
Rotating machinery generates vibrations due to imbalance, misalignment, eccentricity and internal fluid-dynamic or thermal phenomena.
Pumps, compressors, fans, electric or combustion engines, turbines and centrifuges are typical vibration sources in industrial environments.
If not properly isolated, these vibrations may:
- Be transmitted to supporting structures
- Reduce component reliability
- Accelerate wear and fatigue phenomena
Vibrostop anti-vibration solutions significantly reduce vibration transmission, ensuring operational stability and protecting foundations and surrounding structures.
Presses and Power Hammers
Stamping, forging, punching and sheet metal processing
Presses, power hammers, shears and punching machines generate high-intensity impulsive loads and vibrations that are transmitted through the foundation to the entire building structure.
The main critical issues include:
- Transmission of structural shock
- Secondary vibrations induced in supporting structures
- Disturbance to surrounding environments
- Potential damage or interference with sensitive processes
Vibrostop anti-vibration solutions reduce the propagation of dynamic loads, improving operating conditions and preserving structural integrity.
For high-energy impact applications, isolation can also be achieved by means of inertial foundations combined with dedicated anti-vibration systems.
Mechanical Processing
Machine tools, production lines and quality control systems
In manufacturing departments, continuously operating machinery and production systems generate vibrations that may exceed acceptable thresholds, affecting both operational comfort and processing reliability.
High-precision machine tools and quality control benches, in particular, require extremely low incoming vibration levels, which are not always compatible with typical industrial environments.
Vibrostop anti-vibration solutions allow to:
- Reduce vibration transmission to the machine
- Improve stability in precision machining operations
- Protect sensitive instruments and components
Isolation can be achieved either directly beneath the machine or through dedicated structural solutions, depending on operational requirements.
Generators
Internal combustion engines, generator sets, alternators and transformers
In the power generation sector, internal combustion engines, generator sets, alternators and turbines represent significant sources of vibration.
Vibrations may originate from:
- Combustion cycles and reciprocating motion
- Imbalance or misalignment of rotating components
- Electromagnetic phenomena in transformers
If not properly isolated, these dynamic loads can be transmitted to supporting structures, affecting reliability, acoustic comfort and component service life.
Vibrostop anti-vibration solutions reduce vibration transmission, ensuring operational stability and protecting both supporting structures and connected equipment.
Film and Broadcast Industry
Professional Camera Systems Installed on Mobile Platforms
Professional filming equipment installed on vehicles, vessels or mobile platforms is exposed to vibrations and impulsive loads generated by movement and engine operation.
Medium- and high-frequency vibrations, as well as shocks caused by uneven surfaces or dynamic maneuvers, can compromise image quality — even when electronic stabilization systems are used.
Vibrostop anti-vibration solutions allow to:
- Reduce the transmission of high-frequency vibrations
- Attenuate impulsive shocks
- Improve image stability and overall recording quality
Isolation systems are integrated between the support structure and the stabilization unit, ensuring high performance even under demanding operating conditions.
