MSF Initio

The MSF Initio is a robust, heavy-duty laser cutting machine designed for reliable performance in demanding industrial environments. Its solid construction ensures excellent stability during thick-plate cutting, including precise bevel processing for weld preparation, while its structure is thoroughly heat protected using cast iron plates, graphite surfaces, and high-alumina refractory materials that prevent burning and thermal deformation.

Engineered for long-term durability and consistent output, the MSF Initio delivers high-quality results while keeping the overall investment economical, making it an ideal choice for cost-efficient production across a wide range of industrial applications.

Technical parameters

Power	max. 30kW
Max. positioning speed	100 m/min
Max. acceleration	1G
Repeatability of positioning	0.05 mm
Bevel type	positive V-bevel, reverse V-bevel, positive Y-bevel, reverse Y-bevel, X bevel
Bevel cutting angle	+45° to -45°
Working width	3 000 mm straight cut, 2 500 mm bevel cut
Working length	8 000 mm, 12 000 mm, 24 000 mm

	Bevel Cutting Tool Station Is equipped with the Precitec laser head, delivering high-precision performance for demanding 3D bevel cutting applications. Its robust, long-lasting mechanical design is optimized for high dynamics, ensuring stable and repeatable operation even under heavy workloads. The system enables accurate bevel cutting up to ±45°, providing consistent edge quality across complex geometries. Its proven durability and reliability make it an excellent choice for continuous, high-quality 3D cutting tasks in industrial environments.
	Cutting Head Precitec ProCutter 2.0 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.
	Auto Calibration of Torch Geometry 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.
	Calibration and Cleaning Unit Integrated with ACTG 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.
	Laser Source from Maxphotonics 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.
	Independently Driven Capsule The capsule 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 precision, achieving high-performance motion and stable cutting even on complex trajectories.