EMAG invites you to their event

Reducing chip-to-chip times - direct loading into the spindle

Wednesday, May 14th 2025 - 8:30 AM (GMT) -
  • 27Days
  • 4Hours
  • 8Minutes
  • 52Seconds
or

About this event

In today's production, every second is valuable. Especially for workpieces with short cycle times, the efficiency of the loading process is crucial to the cost-effectiveness of your production.

Optimization even for systems that are already highly developed

Vertical pick-up turning machines are indispensable in modern production and are often already highly optimized. But how can further increases in performance be achieved with such sophisticated manufacturing systems?

In our webinar you will learn:

  • How direct robot loading into the work spindle workpiece changeover times to just 3 secondscan reduce
  • Which workpieces particularly benefit from this process
  • How overall equipment effectiveness (OEE) is maximized through unmanned production
  • Practical solutions with intelligent tool utilization for long, autonomous production runs


Expert know-how for your production

Wolfgang Mayr, Head of Turnkey Systems at EMAG Maschinenfabrik GmbH, shares his expertise on optimizing vertical turning processes. Learn how modern robot technology can simplify your manufacturing process instead of complicating it.


The concrete advantages for your production:

  • Significant cycle time reduction through elimination of intermediate steps
  • Increased flexibility in the process flow with options for immediate post-processing
  • Cost reduction through efficient unmanned shifts ("ghost shift")
  • Consistent part quality thanks to precision robot handling
  • Optimized tool usage through intelligent tool management

Take the opportunity to learn directly from our experts and optimize your production processes. We look forward to welcoming you to our webinar!

Of course, we will also give you plenty of time to discuss your own questions and use cases.


Hosted by

  • Team member
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    Your Host EMAG GmbH & Co. KG