PRODUCT INNOVATIONS
Trumpf - Laser cutting of sheets
Single cutting head strategy reduces equipping times and sources of errors

The new TruLaser Series 5000 from Trumpf distinguishes itself mainly through its improved processes, higher dynamics and shorter non-productive times. This enables even faster and better quality processing than you are already used to with the Trumpf laser cutting machines.

Through thick and thin with a single cutting head
With the complete, newly developed cutting head on the TruLaser 5030 / 5040 NEW / 5060 NEW, it is possible to cut any and all materials and material thicknesses without changing the cutting head. You can now cut sheet metal of any thickness using the same cutting head. It is no longer necessary to change the head. This is particularly advantageous if you process various materials using automated processes.

FastLine – Optimal cutting
The new process FastLine optimizes the entire cutting process and ensures maximum efficiency. The universally optimized piercing processes result in considerably shortened processing times and thereby a considerable increase in productivity.

The high-performance laser that the TruLaser 5030 / 5040 NEW / 5060 NEW are equipped with guarantees consistently high laser performance for years thanks to an improved, prolonged stability. The high laser performance opens up great potential when it comes to laser cutting:

  • High-speed cutting up to 40 m/min
  • Ability to laser cut thick metal sheets:
     - Structural steel up to 25 mm
     - Stainless steel up to 30 mm
     - Aluminium up to 20 mm
Automation
The automation concept of the TruLaser 5030 is distinguished mainly by its modularity. Any and all kinds of automation components are available for the large component systems, including semi-automated loading to a fully automated production cell with store connection.


PRODUCT INNOVATIONS
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productronica 2009
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Prof. Andreas Tünnermann
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APPLICATIONS
Tampoprint
Laser engraving and tampon printing combined go
Rensselaer Polytechnic Institute
Lighting Research Center develops framework for assessing light pollution go