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Lori Laser -  Professional Laser Machines Manufacturer And Supplier Since 2008.

CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 1
CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 2
CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 3
CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 1
CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 2
CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 3

CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal

This skiving fin heat sink machine is a new high performance CNC skiving machine developed by our factory.  The CNC skiving machine is designed and selected according to the demand of large section skiving fin. The copper and aluminum skiving machine is equipped with vacuum chuck to save clamping time, and is driven by high speed servo motor to improve skiving speed and saving product processing time.

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    Advantages of CNC Skiving Machine

    • Good rigidity, high precision skiving fin, wide application range, easy to operate;
    • The large skiving machines are parametric variable program, users only need to enter the tool parameters and related process parameters to achieve processing, no programming.
    • The copper and aluminum skiving machine is high efficiency, unique numerical control technology, to ensure that the machine high-speed operation, stable and no impact.
    • CNC skiving fin heat sink machine and skiving grinding tool holder, so that the skiving process change is simple and convenient, the cross tool holder has a quick return handle and an adjustable limit rod, can be quickly and accurately adjusted to the next cutting depth.
    • The automatic cnc skived fin machine intelligent, data input, human-computer interaction interface, through simple data input can achieve automatic control processing.
    7016 Lori Large Aluminum and Copper Fin Heat Sink Fin Skiving Machine-

    machine Parameters

    Model No. LRL-7016 Vacuum pump power 7.5 KW
    X axis travel 1500 (mm) Gas tank (included) 1m³
    Z axis travel(work surface) 600 (mm) Machine total power 17KW (Not include vacuum pump)
    Working desk size 800*1600 (mm) Control System Taiwan lN
    X axis moving speed 8 meter/min 150mm skiving cutter One cutter
    Z axis moving speed 8 meter/min Knife sharpener One
    Skiving fin maximum length Copper 1500mm, Aluminum  1500m X/Z axis screw Taiwan HIWIN
    Skiving fin maximum width Copper 300mm, Aluminum  600mm X/Z axis rai Taiwan HIWIN
    Skiving fin maximum thickness Copper 1mm,  Aluminum 2mm (When the thickness of the fin is 2 mm, the maximum width of the heat sink does not exceed 400 mm) X/Z axis servo motor Japan Yaskawa
    Skiving fin minimum thickness 0.2mm Precision Repeat positioning accuracy is less than 0.02mm
    Skiving fin maximum step 15mm Bearing Japan NSK
    Skiving fin maximum height Copper  60, Aluminum 140 mm Dimensions L4550 * W2460 * H2150
    Skiving fin minimum step 1 to 2(Sheet Thickness vs. Step) Overall weight (approx) 10 tons

    sample pictures

    This special CNC skiving machine skives the fins out of a single piece of material (copper or aluminum) to form a one-piece heat sink with the fins and base attached.

    CNC Heat Sink Fin Skiving Machine for Copper and Alumimum Metal 8

    Skived fin heat sink machine: When passing through the skiving fin heat sink machine, slabs are skived in a specific angle so as to form and bend the fins. With the repetitive cutting, it forms consistent gaps and structures and can be used for cooling high-power devices under air-cooled conditions. This skiving process can enhance 8~15% of the cooling capacity as compared to the stitched fin process. Leading the heat innovation innovation high density ,high performance, high aspect ratio, excellent performance.Skived fin heat sink Machine: When passing through the skiving fin heat sink machine, slabs are skived in a specific angle so as to form and bend the fins. With the repetitive cutting, it forms consistent gaps and structures and can be used for cooling high-power devices under air-cooled conditions. This skiving process can enhance 8~15% of the cooling capacity as compared to the stitched fin process. Leading the heat innovation innovation high density ,high performance, high aspect ratio, excellent performance.

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