MSF Initio

The beveling tool station delivers high-precision laser bevel cutting. Its robust and durable mechanical design supports high dynamics and stable, repeatable operation under heavy workloads. It enables accurate bevel cutting up to ±45° with consistent edge quality across complex geometries.

Cutting head combines high-precision optics with intelligent sensor technology to deliver consistently stable and accurate laser cutting performance. Its robust design minimizes mechanical deviations, while integrated monitoring functions ensure optimal focus position and beam quality throughout the cutting process.

The patented auto calibration system for geometry of the cutting tool (ACTG) is designed to eliminate mechanical inaccuracies in the cutting head setup and thereby increase the accuracy of bevel cutting. The compensation works by superimposing appropriate correction movements onto the X, Y, and Z motion axes.

The calibration and cleaning unit ensures long-term cutting process stability by automatically cleaning contaminated nozzles, checking their condition, and calibrating the capacitive height-sensing system. After each nozzle change, or after a predefined number of cutting cycles, the unit automatically performs nozzle cleaning, height-sensor calibration, and camera-based centricity verification.

The fiber laser source from renowned manufacturer Maxphotonics, with power up to 30 kW, provides an optimal solution for a wide range of cutting applications, materials, and thicknesses.

The gantry enclosure is equipped with its own independent drives, ensuring that it does not limit or interfere with the cutting gantry’s dynamics. This separation allows the gantry to operate at full speed and acceleration, achieving high-performance motion and stable cutting even on complex trajectories.