"Laser" CNC technology package Intelligent and future-proof software adds value for you
Perfectly matching software modules and instantaneous signal paths are the foundation of the future-proof digitization of your machine. The CNC technology package "Laser" bundles these requirements in a single system.
CNC functionality for precise and optimal contours
Mechanisms that protect against mechanical defects
Open, standardized interfaces with laser periphery and the digital factory
Flexible program customization both in the CNC and the PLC
Direct Laser Source Control (DLC) Flexibility for controlling diverse laser sources
Each laser source comes with special requirements regarding control, beam positioning and periphery. The technology package supports the operation of the following lasers:
Pulse On Demand (POD) Laser pulses with extreme accuracy
To achieve the highest precision, the laser pulses are synchronized with the position. The time resolution and repeatability of the first pulse is only 20 ns. The accuracy is independent of the processing speed. Subsequent pulses follow without jitter. This way, the MO CM-E laser module ensures a position resolution of +/-20 nm at a processing speed of 1 m/s.
Laser operating modes High-performance laser cutting control
The operating modes ensure a high cutting quality at every stage of the cutting process. For this purpose, the technology parameters (including nozzle distance, laser power, focus, gas pressure) can be adapted to the contour. The instantaneous switching between the operating modes is performed directly by the CNC.
Cutting with or without lead-in
Nozzle Distance Control (NDC) Dynamic distance control for outstanding productivity
The distance control for the focus is integrated in the CNC kernel. The dynamic control of the Z-axis also protects against collisions with the material. The evaluation of the distance sensor in built into the MO CM-E laser module.
Laser Power Control (LPC) - Laserleistungssteuerung Perfekte Schnittqualität durch Kontur-Adaption
The laser power is controlled depending on the speed. This makes it possible to apply a constant energy input, or beam intensity, regardless of the processing speed.
Fly Cut Saving time when cutting regular patterns
Fly Cut allows the time-optimized cutting of regular patterns. With this method, the laser does not follow the contour; instead, it cuts the material, similar to a scanner, in a line-by-line sequence at constant speed.
Frog Jump Outstanding productivity and collision protection
The processing head follows a time-optimized motion profile between the end of one contour and the beginning of the next. It moves up in order to avoid colliding with parts that have already been cut and may have tilted.
More features for laser processing
Synchronous motion of parallel axes. The axes can be uncoupled for the set-up mode.
Automatic Retrace (AR)
This automatic function ensures the quick, time-saving continuation of the program after an event-controlled termination. The cutting head moves back to a defined starting value (max. contour start) and processing re-starts at this point.
Block Search (BS)
The continuation of the NC program using a defined block after an event-controlled termination. This saves having to repeat the entire processing cycle.
The restart points or the corresponding block numbers are defined by the CAM system; after the fault has been rectified, the machine operator selects them manually.
Fast Technology Swich (FTS)
Instantaneous switching between laser operating modes
CNC-PLC Synchronized Tasks
Synchronized data exchange in time with the interpolation between CNC and PLC. Allows CNC variables to be configured via the PLC and the field bus.