Machine comparison KER Series

  • The new generation of chain manufacturing machines benefits from decades of experience in mechanical machines in order to meet the requirements of high-strength chain materials.
  • The WAFIOS control system supports the operator by an easy correction of chain dimensions, its programs facilitate the repeat set-up of a chain and increases the machine's productivity.
  • The newly developed chain bending machine KER 4.2 combines conventional chain production with modern servo technology which makes it an important milestone in chain production.
  • The software-supported machine monitoring system supports the operator in case of errors, synchronizes the bending and welding machine and reduces rejects.
  • Due to the use of servo technology and the roll bending technology of the KER x.2, expensive chain-dependent tools, such as cam segments, as well as their changeover, are no longer required. This reduces set-up times and allows chains to be produced cost-efficiently without oiling and in a surface-friendly manner.

High-end cold-forming process for high-strength chains - KEB and KER series
Chain bending machines of the KEB and KER series are used to cold-bend round steel link chains. Wire material is fed in from the wire coil. The bent chain link can then immediately be electrically welded on a separate machine

Please select wire diameter [mm]

5 mm7.5 mm20 mm

KER 4.2

  • The new generation of chain manufacturing machines benefits from decades of experience in mechanical machines in order to meet the  requirements of high-strength chain materials
  • The WAFIOS control system supports the operator by an easy correction of chain dimensions, its programs facilitate the repeat set-up of a chain and increases the machine's productivity.
  • The newly developed chain bending machine KER 4.2 combines conventional chain production with modern servo technology which makes it an important milestone in chain production.
  • The software-supported machine monitoring system supports the operator in case of errors, synchronizes the bending and welding machine and reduces rejects.
  • Due to the use of servo technology and the roll bending technology of the KER x.2, expensive chain-dependent tools, such as cam segments, as well as their changeover, are no longer required. This reduces set-up times and allows chains to be produced cost-efficiently without oiling and in a surface-friendly manner.
KER4.2_-711x400pixel_300ppi.png

Further information

L_KEBx.2-Series_V1-2_DE.pdf
KEBx.2-Series (German)

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(PDF, 268 KB)
L_KER8_Folder_V1-1_DE.pdf
KER 8 (German)

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(PDF, 503 KB)
L_KERx.2-Series_V1-2_DE.pdf
KERx.2-Series (German)

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(PDF, 367 KB)
L_BM_iQtorque_V1-3_DE.pdf
iQtorque (German)

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(PDF, 683 KB)
L_BM_iQtorque_V1-3_EN.pdf
iQtorque (All)

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(PDF, 618 KB)
L_KEBx.1_Series_V1-1_DE.pdf
KEB x.1 (German)

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(PDF, 298 KB)
L_KEBx.1_Series_V1-1_EN.pdf
KEB x.1-Series (All)

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(PDF, 297 KB)
L_KEBx.2-Series_V1-2_EN.pdf
KEBx.2-Series (All)

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(PDF, 267 KB)
L_KER8_Folder_V1-1_DE.pdf
KER 8 (German)

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(PDF, 503 KB)
L_KER8_Folder_V1-1_EN.pdf
KER 8 (All)

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(PDF, 501 KB)
L_KERx.2-Series_V1-2_EN.pdf
KERx.2 Series (All)

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(PDF, 366 KB)