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|Workpiece support height||39 in|
|Throat width||112 in|
|Throat height||2.4 in|
|Max. work piece weight||51 lbs/ft?|
|Travel X-axis||98.4 in|
|Travel Y-axis||49 in|
|Travel Y-axis extension (optional)||59 in|
|Travel Z-axis||3 in|
|Rapid feed||2,362 in/min|
|Positioning accuracies||± 0,05 / 0,002" in|
|Repeatabilities||± 0,05 / 0.002" in|
|Shaft length||1.07 - 1.08 µm|
|CW beam power, min.||200|
|CW beam power, max.||2,100|
|Pulse peak power||2,000|
|Pulse frequency max.||2,000|
|Power consumption max.||8.31 Hp|
|Power stability||± 2%|
|Overall dimensions (length x width x height)||152x89x79 in|
Equipped with fiber lasers with various beam powers. Lowest operating cost due to highest efficiency.
Due to the fiber laser's shorter wavelength, the cutting process is performed within a sealed enclosure. The enclosure automatically closes upon start of a cutting job and opens at the end of the cutting operation to allow direct removal of cut parts.
Laser-Jet Cutting Systems feature a transverse layout:
Machine control can be connected to the internet. This will allow remote control functions and remote diagnostics and monitoring of the system state.
Powerful PC Control for all Laser-Jet Cutting Systems
The optional CAD-CAM Software Packages include:
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