FLACS SCAN
300 / 600 laser cutting station
- Laser power from 100 to 650 W
- Processing high-precision contours
- Cutting, marking, perforating, and ablation

Depending on individual requirements, various system versions are available, including models with a turntable, swivelling axis, or automated robot loading. Using modern scanner technologies for laser beam guidance enables the production of high-precision contours at exceptionally high speeds. In addition to the cutting of parts, markings, perforations, and material removal can also be precisely implemented. Depending on the application, accuracies of up to ±0.02 mm can be achieved.
The turntable design enables extremely short part changeover times of less than 1 second. While a part is being processed on one side, the operator can simultaneously insert a new part on the other side. This reduces downtime to a minimum. The maximum part size is 600 x 400 x 300 mm.
With the swivelling axis option, the laser system is expanded with a turntable that can rotate in reverse from 0-180°. Two swivelling axis are mounted on the turntable, allowing the parts to be freely programmably rotated around the longitudinal axis within a range of +/- 120°. This offers high flexibility and precision when machining parts.
For automatic loading, we offer a version in which the front area of the station is completely open. A linear robot or 6-axis robot can flexibly load parts into the station. The robot repositions the parts multiple times to enable processing from different perspectives with the scanner.
For manual loading of small and compact parts, we offer a flexible sliding table version for our FLACS SCAN 300 or FLACS SCAN 600. This can be individually adapted to different tasks and parts. The sliding table is available in both pneumatic and manual versions.
Same principle - only larger and more powerful. As a result, the FLACS SCAN 600 offers even more options for processing large parts or cycle-time-critical applications.
We offer space-optimized laser stations for applications in integrated systems.