Metal Forming

Vibrations Can Be Controlled – Wherever They Occur

Vibration Control for Metal Forming

Why tolerate your vibration problem? Control it!

Forming machines produce vibrations, which can be unpleasant or even inadmissible for both the neighbourhood as well as adjacent facilities or components. These are caused by high kinetic energy forging processes from forging hammers, forging presses, and screw presses. For cold forming, for instance from servo, crank, or hydraulic presses, there are additional, higher frequencies that add to the noise and vibration emissions.

 

GERB had developed the direct spring support approach in collaboration with the machine manufacturers which is state of the art worldwide. Thus, the machines are erected without intermediate foundations directly on specially developed spring-Viscodamper® combinations. With them, vibrations in the surrounding areas can be reduced by up to 95 % compared to a fixed foundation.

 

Direct spring support can also be used for protecting highly sensitive testing and tooling machines, which are often deployed near hammers and presses.

GERB Project References​

SCHULER | Press Line | Germany
LASCO | Forging Plant | USA
BÖHLER, SMS EUMUCO HASENCLEVER | Screw Press | Austria
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Next

Fields of Application​

/  Blanking technologies (presses)

/  Forging technologies (presses, hammers)

/  …

Product Groups​

/  Helical Steel Spring Elements
/  Viscodampers®
/  Combined & System Solutions
/  Tailor-made/Customized Solutions

Further GERB Application Sectors

  ARCHITECTURE & CONSTRUCTION

  TRANSPORTATION & INFRASTRUCTURE

Metal Forming

Vibrations Can Be Controlled – Wherever They Occur

Vibration Control for Metal Forming

Why Tolerate Your Vibration Problem? Control It!

Forming machines produces vibrations, which can be unpleasant for both the neighbourhood as well as adjacent facilities or components. These are caused by high kinetic energy forging processes from forging hammers, forging presses, and screw presses. For cold forming (e.g. servo, crank, or hydraulic presses) there are additional, higher frequencies that add to the noise and vibration emissions.


The direct spring support approach was developed in collaboration with the machine manufacturers and is state of the art worldwide. Thus, the machines are erected without intermediate foundations directly on specially developed spring-Viscodamper® combinations. With them, vibrations in the surrounding areas can be reduced by up to 95 % compared to a fixed foundation.


Direct spring support can also be used for protecting highly sensitive testing and tooling machines, which are often deployed near hammers and presses.

GERB Project References

SCHULER | Press Line | Germany
LASCO | Forging Plant | USA
BÖHLER, SMS EUMUCO HASENCLEVER | Screw Press | Austria
Previous
Next

Fields of Application​

 Blanking Technologies (Presses)

 Forging Technologies (Presses,

    Hammers)

Product Groups​

Helical Steel Spring Elements

Viscodampers® 

Combined & System Solutions

Tailor-made/Customized Solutions

Further Resources

Direct Spring Support of Forging Hammers [Brochure | EN | PDF]

 

Elastic Support of Presses [Brochure | EN | PDF]

 

Elastic Support of Printing Presses [Brochure | EN | PDF]

Further Application Sectors

  ARCHITECTURE & CONSTRUCTION

  MANUFACTURING, INDUSTRY & ENERGY

Metal Forming

Vibration Control for Metal Forming

Why Tolerate Your Vibration Problem? Control It!

Forming machines produces vibrations, which can be unpleasant for both the neighbourhood as well as adjacent facilities or components. These are caused by high kinetic energy forging processes from forging hammers, forging presses, and screw presses. For cold forming (e.g. servo, crank, or hydraulic presses) there are additional, higher frequencies that add to the noise and vibration emissions.


The direct spring support approach was developed in collaboration with the machine manufacturers and is state of the art worldwide. Thus, the machines are erected without intermediate foundations directly on specially developed spring-Viscodamper® combinations. With them, vibrations in the surrounding areas can be reduced by up to 95 % compared to a fixed foundation.


Direct spring support can also be used for protecting highly sensitive testing and tooling machines, which are often deployed near hammers and presses.

Project References

SCHULER | Press Line | Germany
LASCO | Forging Plant | USA
BÖHLER, SMS EUMUCO HASENCLEVER | Screw Press | Austria
Previous
Next

Fields of Application

  • Blanking Technologies (Presses)

 

  • Forging Technologies (Presses, Hammers)

Special Applications

Product Groups

Helical Steel Spring Elements

Viscodampers® 

Combined & System Solutions

Tailor-made/Customized Solutions

Services & Consulting

Further Resources

Direct Spring Support of Forging Hammers [Brochure | EN | PDF]

 

Elastic Support of Presses [Brochure | EN | PDF]

 

Elastic Support of Printing Presses [Brochure | EN | PDF]

Further Application Sectors

ARCHITECTURE & CONSTRUCTION

MANUFACTURING, INDUSTRY & ENERGY