Lightweight transfers for servo presses
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Does your transfer system work in testing… but fail in production?

In stamping processes, many transfer systems appear to function correctly at first, but cause real issues once they enter the production cycle: interference, instability, and unplanned downtime.The problem is usually not related to how the system is used, but rather to how it was designed.

Common problems on transfer lines:

  • Constant adjustments between dies and the transfer due to interference
  • Inadequate fastening of the sheets
  • Desynchronisation in pincer actuation timingPincers for high accelerations                
  • Instability at certain cycle rates
  • Unplanned production downtime
  • Differences between testing and real production conditions

These are not isolated issues. They are structural problems within the system. At MISATI, we approach each system by analysing the real stamping process to ensure optimal production performance, not just theoretical conditions.

Applications where transfer system reliability is critical:

At MISATI, we don't just design transfer systems to "work". We design them to work reliably in real production conditions from day one.

How we develop each transfer system:

  • Real stamping process analysis
  • Pincers for handling cantilever sheets
  • Validation with master sheets
  • Assembled, adjusted and verified transfer       
  • Commissioning                 

What does the stamping company gain?

  • Greater process stability from commissioning
  • Real reduction in production incidents
  • Elimination of constant adjustments
  • Long-term reliability
  • Guaranteed maximum production

Is your transfer system limiting your production? 
We analyse your stamping process in detail and show you exactly where the problems are and how to solve them.

Request a technical analysis