TRUMPF TruLaser 3060 laser cutting machine

TRUMPF TruLaser 3060 laser cutting machine was built in 2007 in Germany by TRUMPF Werkzeugmaschinen Teningen GmbH. The machine, distinguished by its excellent precision and high productivity, is used for machining workpieces with a maximum thickness of 20 mm. The machining process is performed by a stable laser beam with a power of 4 kW and a thickness of only a few μm, which is generated by a reliable laser source with the highest energy efficiency. The automatic pallet exchange system, in turn, allows simultaneous loading and unloading during the cutting process, reducing machine downtime to a minimum.

The offered TruLaser 3060 laser cutting machine also features a number of state-of-the-art technical solutions that significantly affect the cutting quality and expand the machine’s machining capabilities. This includes, for example, the ControlLine distance measuring system, which maintains a constant distance between the head nozzle and the sheet surface during the cutting process, even with uneven sheets. The total weight of the machine is 21500 kg.

Technical specifications of the TRUMPF TruLaser 3060 laser

• laser beam power: 4 kW (4000 W)
• maximum workpiece thickness: 20 mm
• feed in the X/Y/Z axis: 6000/2000/112 mm
• maximum parallel positioning speed in the X and Y axes: 60 m/min
• maximum simultaneous positioning speed in the X and Y axes: 85 m/min
• positioning deviation: ± 0.1 mm
• positioning spread: ± 0.03 mm
• smallest programmable path dimension: 0,01 mm
• wavelength: 10.6 μm
• N2 nitrogen connection: 30 bar
• O2 oxygen connection: 20 bar
• compressed air consumption: 516 l/min
• connection power: 88 kVA
• power supply: 400 V; 50 Hz
• dimensions (L x W x H): 16300 x 6000 x 2000 mm
• weight of the TRUMPF TruLaser 3060 machine: 21500 kg

Equipment of the TRUMPF laser cutting machine

• CNC controller: SIEMENS SINUMERIK 840D
• laser source: TRUMPF TruFlow 4000
• cutting with compressed air
• SprintLine system for optimisation and acceleration of the machining process
• PlasmaLine plasma detection system
• NitroLine system for high-pressure cutting of stainless steel and aluminium alloys
• FocusLine system for setting the focal length according to the material type and thickness without the need for manual adjustments
• PierceLine system for controlling and regulating the burn-in process (reduction in burn-in time by 10-80%)
• ControlLine distance measuring system, which maintains a constant distance between the cutting head nozzle and the sheet surface during the cutting process, even with uneven sheets
• ContourLine system, i.e. special approach techniques for cutting holes with diameters significantly smaller than the sheet thickness
• automatic detection of sheet edges
• Microweld system for connecting cut workpiece with waste material by welding points
• LensLine sensor system
• automatic pallet exchange system
• maintenance-free three-phase servo motors
• 5″ lens
• 7.5″ lens
• device for quick exchange of the cutting head
• integrated cooling device
• chip extraction system
• automatic shutdown
• workspace illumination
• 3.5″ floppy disk drive
• RJ-45 port