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BLANKING CUTTING
FORGE¢ç NxT addressing cutting and fine blanking processes
Cutting processes occur at different stages of the workflow from cutting of the initial billet, piercing, and up to flash trimming on the final part. FORGE¢ç can address the simulation of all these cutting processes in order to increase the quality of the final component. In addition, FORGE¢ç also addresses fine blanking process performed at ambient temperature to produce a final product.

FORGE¢ç NxT allows accurate prediction of:

  • Shape of the cutted area,
  • Residual stresses,
  • wear of the dies
  • press loads.


Competitive features:

  • Adaptive meshing technique to the damage criteria used,
  • Well suited damage models,
  • Genuine elasto-plastic model for fine blanking for accurate elastic spring back and residual stresses,
  • Easy prediction of flaws including Mannesmann effect
  • Chaining with other forming operations.
  • With a unique software, forming operations and cutting operation are accurately and easily analyzed.
Progressive die blanking simulation of sheet belt part of a steel. Von-Mises stress distribution is represented.
Riveting FE simulation of aluminum dual sheet.EQ-strain distribution is represented
Blanking FE simulation of Cu-aluminum dual sheet.Strain and stress distribution is represented.