Designed to address the next generation of laser processing challenges, the LASERDYNE 811 employs the most current hardware and software components for flexible precision laser processing in an affordable compact platform.
The machine has the necessary flexibility and precision to perform optimized laser processing on welding, drilling, cutting, and DED additive manufacturing applications for small to medium-size workpieces. The working envelope is 1,100 x 800 x 600 mm (41.5 x 31.5 x 24 in) for the X, Y, and Z axes, respectively. Each axis has greater than 50 m/sec velocity and acceleration of 1.2 g and is optimized for industry-leading floor space efficiency for the work envelope.
The machine is designed to take full advantage of the BeamDirector. The additional two axes of motion (C and D) provides access to hard-to-reach places in the workpiece, precise beam placement, and the greatest flexibility in a 5-axis laser system. The BeamDirector has 90 rpm rotational speed and control repeatability of 15 arcsecs. In addition, it supports laser processing from 90 (normal to the surface) to 10-deg. off the surface of a part all the way along the axis of travel.
The S94P CNC provides control over the motion system and most importantly, the processing parameters to maximize process quality while providing the most efficient laser processing in the industry. The S94P controller has the ability to provide real-time pulse by pulse control, including a unique shape for each individual laser pulse. The controller supports seven axes of simultaneous motion and additional axis as required by automation. This means easy integration with a variety of automation solutions for workpiece handling, loading and unloading of components, and other created subassemblies.
