Isotop spring isolators efficient vibration isolation
High-quality vibration isolation products to protect sensitive machinery, equipment, and buildings from vibrations and structure-borne noise.
The Isotop line primarily focuses on the following applications
Vibration isolation
Designed to reduce and control vibrations from industrial machines, HVAC (Heat pumps, Ventilation, and Air Conditioning) systems and other vibrating sources.
Structure-borne sound insulation
Prevents the transmission of sound through solid structures like floors and walls.
Elastic bearing
Ensures machines and structures are supported on a flexible material that absorbs vibrations, enhancing equipment performance and longevity.
Isotop vibration isolation products serve a wide range of industries
Protects buildings from environmental vibrations, ensuring comfort and structural integrity.
Provides vibration isolation for machinery in factories, extending equipment life and reducing noise.
HVAC (Heat pumps, Ventilation, and Air Conditioning) Systems – Ensures air conditioning and ventilation systems do not transmit vibrations into the structure.
Isolates vibration from turbines, compressors, and other equipment in power plants.
Reduces vibrations from railways and other transportation systems, preventing damage to infrastructure.
Durability
High-performance materials that are long-lasting, even under extreme conditions.
Modularity
The ability to combine different elements, such as springs and elastomers, allows for a tailored approach to each application.
Efficiency
Optimized vibration isolation that ensures minimal energy transfer through structures, improving the efficiency of both machinery and building systems.
Customizable solutions
Isotop products can be customized for specific weight loads, frequencies, and environmental conditions, making them suitable for a wide variety of applications. The Technology behind Isotop.
Sylomer® and Sylodyn®
Getzner’s proprietary materials, often integrated into the Isotop products, provide advanced elastic properties that enhance the vibration damping capabilities.
Finite Element Method (FEM) analysis
Used for simulating and optimizing the performance of Isotop products, ensuring the best possible results for isolation and longevity.
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KEY FEATURES
Key features of Isotop products for preventing machine vibration
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IMPORTANCE
The importance of machine anti-vibration systems
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HVAC
Solutions to resolve common vibration problems in HVAC systems
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POLYURETHANE
Why choose Getzner Polyurethane range and not rubber