AutoForm-HemPlannerplus

Software for Efficient Planning of Hemming Processes

AutoForm-HemPlannerplus enables users to easily define and optimize the hemming operation. The accuracy of the hemming operation is very important since it affects surface appearance and surface quality. Material deformations, which occur during the hemming process, can lead to dimensional variations and other typical hemming defects, including splits and wrinkles in the flange, material overlaps in the corner areas and material roll-in.

With AutoForm-HemPlannerplus, definition of the hemming process is streamlined since the design of tool active faces is no longer merely based on experience and the costly principle of trial and error. AutoForm-HemPlannerplus supports roll, conventional die and table top hemming. Depending on the product development process phase, AutoForm-HemPlannerplus supports two use cases, namely quick and advanced hemming.

Quick hemming is used in the early stages of product development and production planning, when the die layout of the drawing and forming operations is still not available. The CAD geometry of the flanged as well as hemmed parts provides the main input for the design of the hemming operation. The advantage of quick hemming is that multiple simulations can be run in order to rapidly evaluate various process concepts and possible geometry modifications that will result in manufacturable parts.

Advanced hemming is used in process engineering when the detailed definition of the drawing and forming operations is available. The accuracy of simulation results is increased by taking into account the history of material deformation accumulated throughout the previous manufacturing operations. Advanced hemming is used to validate the selected hemming concept, i.e. validate the design of the clamping fixture, check if the spring supported roller follows the predefined trajectory, evaluate the potential hemming defects as well as predict full assembly springback. These information form the basis for compensation of inner and outer parts as well as any adjustments of the hemming equipment.

The main benefits of AutoForm-HemPlannerplus are:

  • Efficient planning of hemming processes to meet quality and cost requirements
  • Effective implementation for early feasibility and final validation studies, choice of appropriate hemming technology and equipment, tool design and process planning
  • Rapid identification of typical hemming defects, including splits and wrinkles in the flange, material overlaps in the corner areas and material roll-in
  • Prediction of full assembly springback after hemming
  • Easy data exchange internally between different departments and externally between OEMs and suppliers

The main features of AutoForm-HemPlannerplus are:

  • Support of roll, conventional die and table top hemming
  • Early evaluation of various hemming concepts based on CAD geometry of the flanged as well as hemmed parts (when the die layout of the drawing and forming operations is still not available) – use case quick hemming
  • Final validation of the hemming concept by taking into account drawing and forming operations – use case advanced hemming
  • Validation of the design of the clamping fixture and possibility to check if the spring supported roller follows the predefined trajectory
  • Easy definition of tool geometry and tool kinematics; in particular, flexible options for tool geometry definition for conventional die hemming through the use of various profiles

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