A standard laser station for cost-effective processing of plastic components. This flexible system provides an interesting alternative to
conventional stamping. By minimizing the mass being moved (the laser beam is diverted using two very lightweight mirrors), it
allows extremely precise contours to be created at very high speeds. In addition to cutting components, you can also mark, perforate
and machine materials. The level of precision is up to +/- 0.02 mm, depending on the application.
This system concept uses CO2 lasers with a laser power between 60 and 300 W. The laser is mounted on an adjustment plate and
equipped with a completely sealed beam guidance system, which is kept free from dust through overload pressure.
The system is completely controlled through the control panel, with a color touch screen display. A keypad with a touch area
allows the system to be easily programmed for your specific needs. By default, the control panel is mounted outside the system, on the
protective covering. However, it can be moved depending on the application.
The beam guidance system is completely sealed and easily adjusted, requiring only a tilted mirror. In order to minimize the focus
diameter and to achieve better process performance, the beam guidance system also includes a beam expansion component.
The turntable design allows parts to be replaced in less than 1 second. With the turntable process, components can be processed
while a worker is replacing the parts. The maximum component size is 600 x 400 x 300 mm.
For automatic loading, there is a version that is completely open in front. A linear or 6-axis robot can flexibly load the components into
the station from the front. The robot can reposition the components several times in order to scan them from multiple sides.
For manual loading of small and compact components, there is also a sliding table version of our FLACS.SCAN 100. The sliding table
version can be adjusted for various tasks and components. The sliding table is available in a pneumatic and a manual design.