China Chinese Manufacturer for Fiber Laser Steel Tube Pipe Cutting Machine on Sales

Chinese Manufacturer for Fiber Laser Steel Tube Pipe Cutting Machine on Sales
Configurations
NoItemQTYBrand1Laser Source1 IPG/Raycus2Laser Head1Switzerland Raytools3Control System1Cypcut4Machine Bed116-25mm Welded Steel Panel5Electrical Part1Schneider6Pneumatically Part1SMC7Guiding Rail1Taiwan Hiwin 35mm8Helical Rack1Taiwan YYC 3mol10Nesting Software1/11Motor1Yaskawa Servo Sigma 712Reducer1France Motorvario13Water Chiller1Hanli(Option: Tongfei)14Air Compressor1Chinese brand15Dust Extraction1Acme16Waste Collection1Trolley for material shorter than 250mm
Specifications
No.ItemParameter Maximum Travelling speed70m/min Laser wavelength1070-1080 nm Minimum cutting width0.2mm Rated output power10--100% (100W-1000W) X And Y axis positioning accuracy≤±0.03mm Repeat positioning accuracy≤±0.02mm Available cut pipe shapeSquare, Round, Rectangular, Oval, Angle, Channel, etc. Acceleration1G Oiling systemsAutomatic oiling Effective length of cutting6000mm/8000mm/10000mm(customized order acceptable) Size(LT-6020)11*3.9*2.5m (Length * width * height) Power 35KW Power supply380v50Hz ±10% Red PositioningYes Auxiliary gasesOxygen, Nitrogen, Air Supported file formatsIGS (Available PRO/E. UG, Solid works Photo) Diameter 20mm-220mm (customized order acceptable) Laser tracking systemAutomatic follow-up Tail Waste Length<180mm
Details 16-25mm machine bed is cut from whole steel panel with heat and aging treatment, milled by Italy COLGAR machining center with high precision, good stability, no deformation; the bed will be put in furnace to heat to 600 degree and keep temperature to 200 degree for a week and then be taken out for cooling naturally. The process takes about 15-20 days. X axis is cantilever structure: one piece design which ensures the cutting stability, no shake. And it is milled by high accuracy cnc milling center.Celf-centering front chuck is with 4.5kw Yaskawa servo with France Motovario reducer. The rotation speed can be up to 120r/min, and the clamp pressure is adjustable. Two pairs of clamps can move simultaneously to fix all kinds of shapes of pipes. The chuck is with three levels to accomodates20-220mmm diameter tubes and pipes. Material Unloading5 pcs of automatically adjustable pneumatic carrier wheel brackets,suitable for 20-220mm different types of pipe diameter to ensure the longer size of the pipe clamp accuracy due to its flexing. carrier wheel bracket size is adjustable with marking scale. When you need to lift pipe, the corresponding wheel bracket will rise. When the X-axis moves near to the corresponding rack, it will automatically fall down to avoid interference. The unloading feeding system is also equipped with pneumatic carrier wheel bracket. When the required material is hoisted, the corresponding material supporter will rise. When the cutting is complete, the corresponding supporter will automatically fall down, and the material receiving holder has the automatic turnover function.IPG Laser Cutting Capacity
RESonATOR IPGYLS-1KWYLS-2KWYLS-3KWYLS-4KWYLS-6KWPower (W)10002000300040006000Recommended cooling power (kW)2,14,26,48,512,6Electrical supply (kW)3,16,19,112,118,2Maximum sheet thickness: Steel (mm)1015202025Stainless Steel (mm)48121520Aluminium (mm)26121215Brass (mm)246810Copper (mm)246810Factory
Shipment with 40 Foot Container or Flat Rack
Capabilities of Modern Tube Cutting Machines
Relative newcomers to the metal forming and fabricating industry, laser machines are used for cutoff; beveling(3D Laser Head); and cutting slots, holes, notches, and other features of any conceivable size and shape in tube and pipe. Used most commonly for cutting the manufacturing industry's favored material, mild steel, they also are useful for cutting stainless steel, aluminum, and titanium.
Laser tube cutting machines for general fabrication work typically accept up to 12m lengths of tube and are equipped with load carriages that hold large bundles of tube.
It can accept information in CAD format and use the information for nesting parts and developing cutting sequences and paths.