Industrial Machinery
Vibrations Can Be Controlled – Wherever They Occur
Vibration Control for Industrial Machinery
Protect Your Machinery from Excessive Vibration
Assemblies of machines and sensitive facilities are often affected by undue or disturbing vibrations. Elastic support is useful in such cases.
Industrial crushers, cement mills, printing machines, textile machines, or centrifuges are typical examples for the use of active vibration control (control at the source). Vibrations and structure-borne noise due to the use of such machines can clearly be reduced with elastic support. Peripheral equipment, such as fans, pumps, compressors, motor aggregates, and transformers are now commonly supported with elastic foundations.
For roll grinding machines, tool machines, test machines, and measuring devices, GERB has solutions for passive vibration protection (protection from external vibration).
Our solutions are technically and economically optimised for
/ Occupational safety and environmental protection
/ Protection from undesirable vibrations
/ Building site subsidence and earthquakes
Spring elements made of high fatigue-strength steel springs and wear-free Viscodampers® enable a reduction of vibrations up to 99 % in some applications. Depending on the type of vibrational loads and requirements, some machines can be directly supported by springs, while others are supported elastically with an additional foundation.
GERB Project References
Fields of Application
/ Crushers
/ Coal Crushers
/ Mills
/ Cement Mills
/ Hammer Mills
/ Raw Flour Mills
/ Pendulum Mills
/ Impact Mills
/ Coal Mills
/ Turbines
/ Gas Turbines
/ Printing Machines
/ Textile Machines
/ Centrifuges (horizontal, vertical)
/ Pumps / Pumping Systems
/ …
Product Groups
/ Helical Steel Spring Elements
/ Viscodampers®
/ Tuned Mass Dampers (TMD)
/ NOVODAMP® Closed-cell Polyurethane
/ Slide Bearings
/ Combined & System Solutions
/ Tailor-made/Customized Solutions
Further Resources
Brochures [EN | PDF]
Further GERB Application Sectors
ARCHITECTURE & CONSTRUCTION
TRANSPORTATION & INFRASTRUCTURE
Industrial Machinery
Vibrations Can Be Controlled – Wherever They Occur
Vibration Control for Industrial Machinery
Protect Your Machinery from Excessive Vibration
Assemblies of machines and sensitive facilities are often affected by undue or disturbing vibrations. Elastic support is useful in such cases.
Industrial crushers, cement mills, printing machines, textile machines, or centrifuges are typical examples for the use of active vibration control (i.e. control at the source). Vibrations and structure-borne noise due to the use of such machines can clearly be reduced with elastic support. Peripheral equipment, such as fans, pumps, compressors, motor aggregates, and transformers are now commonly supported with elastic foundations.
For roll grinding machines, tool machines, test machines, and measuring devices, GERB has solutions for passive vibration protection (i.e. protection from external vibration).
Our solutions are technically and economically optimised for:
Occupational safety and environmental protection
Protection from undesirable vibrations
Building site subsidence and earthquakes
Spring elements made of high fatigue-strength steel springs and wear-free Viscodampers® enable a reduction of vibrations up to 99 % in some applications. Depending on the type of vibrational loads and requirements, some machines can be directly supported by springs, while others are supported elastically with an additional foundation.
GERB Project References
Fields of Application
Crushers
Coal Crushers
Mills
Cement Mills
Hammer Mills
Raw Flour Mills
Pendulum Mills
Impact Mills
Coal Mills
Turbines
Gas Turbines
Printing Machines
Textile Machines
Centrifuges (horizontal, vertical)
Pumps / Pumping Systems
Product Groups
Helical Steel Spring Elements
Viscodampers®
Tuned Mass Dampers (TMD)
NOVODAMP® Closed-cell Polyurethane
Slide Bearings
Combined & System Solutions
Tailor-made/Customized Solutions
Further Resources
Elastic Support of Machinery and Equipment [Brochure | EN | PDF]
Further Application Sectors
ARCHITECTURE & CONSTRUCTION
TRANSPORTATION & INFRASTRUCTURE
Industrial Machinery
Vibration Control for Industrial Machinery
Protect Your Machinery from Excessive Vibration
Assemblies of machines and sensitive facilities are often affected by undue or disturbing vibrations. Elastic support is useful in such cases.
Industrial crushers, cement mills, printing machines, textile machines, or centrifuges are typical examples for the use of active vibration control (i.e. control at the source). Vibrations and structure-borne noise due to the use of such machines can clearly be reduced with elastic support. Peripheral equipment, such as fans, pumps, compressors, motor aggregates, and transformers are now commonly supported with elastic foundations.
For roll grinding machines, tool machines, test machines, and measuring devices, GERB has solutions for passive vibration protection (i.e. protection from external vibration).
Our solutions are technically and economically optimised for:
Occupational safety and environmental
protection
Protection from undesirable vibrations
Building site subsidence and
earthquakes
Spring elements made of high fatigue-strength steel springs and wear-free Viscodampers® enable a reduction of vibrations up to 99 % in some applications. Depending on the type of vibrational loads and requirements, some machines can be directly supported by springs, while others are supported elastically with an additional foundation.
Project References
Fields of Application
Crushers
Coal Crushers
Mills
Cement Mills
Hammer Mills
Raw Flour Mills
Pendulum Mills
Impact Mills
Coal Mills
Turbines
Gas Turbines
Printing Machines
Textile Machines
Centrifuges (horizontal, vertical)
Pumps / Pumping Systems
Special Applications
Product Groups
Helical Steel Spring Elements
Viscodampers®
Tuned Mass Dampers (TMD)
NOVODAMP® Closed-cell Polyurethane
Slide Bearings
Combined & System Solutions
Tailor-made/Customized Solutions
Services & Consulting
Technical Consulting,
Measurement & Tests
Further Application Sectors
ARCHITECTURE & CONSTRUCTION
TRANSPORTATION & INFRASTRUCTURE
