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4. June 2019

Auto-adaptive minimization of transfer vibrations in multi-stage presses

IFUM | Undesirable vibrations can be generated by the transfer systems used for the fully automated component transfer between several subsequent forming processes. For this reason, researchers at IFUM are developing a system that minimizes the vibrations occurring during transport, thus increasing the productivity of the forming systems.

Within the scope of a research project, the researchers of the Institute of Forming Technology and Machines (IFUM) are currently developing a new method that optimizes the transfer kinematics depending on the particular vibration behaviour. Compared to existing approaches, the innovation is to apply a self-learning optimization algorithm without the need for detailed information on the system to be optimized.

by Stefan Fries and Thang Nguyen

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Benefits derived from research results

  • Shorter set-up time
  • Robust and fast component transport
  • Increased productivity
  • More efficient forming systems
  • Improved competitiveness of small and medium-sized enterprises
IFUM_Transferkinematik_Bild1_01
Servo-electrically driven press with incorporated transfer System. (Photo: IFUM)
IFUM_Transferkinematik_Bild2_EN
Transfer press with exemplary sequence of stages. (Figure: IFUM)
IFUM_Transferkinematik_Bild3_EN
3D model of a transfer System. (Figure: IFUM)
IFUM_Transferkinematik_Bild4_EN
Transfer beam including sensors. (Photo: IFUM)
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Contact

Stefan Fries, M. Sc.

+49 (0)511 762 5502

fries@ifum.uni-hannover.de

www.ifum.uni-hannover.de

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  • Wirkungsgrad von Umformpressen schnell und einfach ermitteln
  • Leichtbau durch thermomechanisches Präzisionsschmieden
  • Temperatur beim Formhärten exakt messen

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