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Trumpf Trumatic 2530
TLF 1800 TURBO
LASER TLF TURBO TO SUIT APPLICATIONS
PROGRAMMING SYSTEM
TECHNICAL DATA
TLF 1800 TURBO
The production of ready for assembly work pieces with high-quality edge finished and economical use of the laser tool are some of the reasons for adopting
laser technology. Set-up times are minimal, while control and programming techniques take care of a smooth production process from drawing to finished part.
The motion unit operates according to the "flying
optics" principle.
By this method, the acceleration potential of the machine can be utilized to its full potential, independent of the weight of the piece being machined. The work pieces do not have to be held by clamping devices and finished components are always scratch-free as the work piece is stationary.
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LASER TLF TURBO TO SUIT APPLICATIONS:
The TRUMPF 2530 can be equipped with lasers of varying power levels depending on the range of your parts.
The radio-frequency excited gas lasers by their very compact construction have been proven many times over in tough every day industrial environments. Their characteristics: High beam quality with infinitely variable laser power and combined with low gas consumption are a result of FR technology. The control feature AUTO-LAS ensures best cut quality over the entire working range, and adapts the focussing area to material type and thickness.
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PROGRAMMING SYSTEM:
A System for Office as well as Shop Floor
ToPs 100 is a CAD/CAM development by TRUMPF in which the machine and programming system are optimally
coordinated.
- Automatic process:
Drawings of individual parts are provided by your CAD system or created by means of the ToPs design
function. Processing starts automatically by pressing a button.
- ToPs incorporates our technical know-how:
All operational parameters and data are stored in technology tables and sets of rules.
ToPs "knows" the cutting parameters suited to your material and how to achieve the best cutting results
ToPs 100 lite is the shop floor version of ToPs 100. Both systems can be simply linked up with each other and the machine. In
this way, general data availability for NC programming purposes is guaranteed.
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TECHNICAL DATA:
Working range
- X axis 2500 mm / 100 in
- Y axis 1250 mm / 50 in
- Z axis 115 mm /4.5 in
Maximum work piece weight
Maximum speeds
- parallel to axis 60 m/min /2,362 in/min
- simultaneously 84 m/min /3,300 in/min
ACCURACY
Smallest programmable increment
Positioning accuracy Pa
Repeatability Ps
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