TLC1000 CNC Beam Profile Laser Cutting Machine
  • 1.Processing flow: Manual overhead crane loading → steel moving machine feeding to roller conveyor → side pushing positioning → clamping feeding → end positioning → cutting room cutting →unloading roller conveyor feeding → steel moving machine move out → manual lifting removal.


    2.The profile cutting production line mainly consists of two parts: the robot cutting station control system bus and the automatic loading and unloading of profiles. The actions of each execution unit are completed through program instructions and PLC signal transmission.


    3.The fiber laser cutting machine adopts a continuous fiber laser series, covering products between 1000W and 12000W. It has the advantages of high electro-optical conversion efficiency, good beam quality, high energy density, wide modulation frequency, high reliability, long service life, and maintenance free operation.


    4.It can be widely used in welding, precision cutting, cladding, surface treatment, 3D printing and other fields. Its fiber optic output characteristics make it more efficient. Easy to integrate with robots into flexible manufacturing equipment, meeting the needs of 3D machining.


    5.SUNRSIE LASER CUTTING machine equipped with advanced software with visual checking system to avoid collision and incomplete cutting at end, also can Automatic interpolation to avoid tilting.


    6.Adopting well-known domestic brands and professional laser chillers, with good stability and high accuracy. Equipped with dual temperature control, it can control the laser and cutting head at different temperatures. Dual temperature control ensures the stability of the laser and cutting head more effectively. The functions include: water pressure alarm, high and low temperature alarm, voltage alarm, and various fault alarms, etc.


    7.After cutting and processing the raw material components, the rollers are driven by an electric motor to rotate, providing power for the raw material components and moving them out of the cutting station.


    At the same time, to ensure that the components move smoothly and smoothly out of the cutting station during the movement process, a positioning reference on the out-feeding side has been added to the roller conveyor frame on the out-feeding side.

  • ParameterSpecification
    H beams100×100mm-1250×600mm
    Cutting modeLaser cutting
    Workpiece length4000-12000mm,or customized
    Cutting form of partsFixed length straight cutting, fixed length oblique cutting, and end socket function
    Mainly suitable for workpiece materialscarbon structural steel, stainless steel
    Laser20000W
    Cutting thicknessHole cutting 1-30mm
    Groove cutting±50°
    Transmission fiber diameter≥50 μm
    Maximum quenching and tempering frequency≥50KHz
    Output power stability±2%
    Output regulation range10%-100%
    Central radiation wavelength1080nm
    Power source380-400 VAC
    X. Y-axis positioning accuracy±0.05mm/m
    X. Y-axis repeated positioning accuracy±0.05mm
    Max.empty moving speed60m/min
    Cutting accuracy execution standardISO9013-2016JB/T1045-2017


The CNC beam profile laser cutting machine has complete functions, including hole cutting, beams cutting, beveling, marking, scribbing and other functions. It supports various forms of overlap groove cutting and TEKLA 3D modeling data files cutting.

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