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Guangzhou Sino L.Digital Ltd.
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 Click to enlarge image
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 Model Number |
07 |
（Economy Heavy Bearing Model）
This model is designed for high- precision, super strong cutting.The structure of the whole machine is quite compact, Y font, large span and wider well-knit stud.Max loading is 800kg.The weight of nude machine is 8.5t. The structure’s scheme coefficient is 1.11.The pedestal is special wider as stable as a mountain, axis Y adopts two 220mm wide slideways, Special for medium-sized exact patternmaking.
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Model(Unit：mm)
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XK1060P-F
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Worktable size（X×Y）
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1300x600
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Axis X,Y,Y journey/Power
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x
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1000/3KW
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y
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600/4.4KW
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z
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600/4.4KW(Self-braking)
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Distance from spindle center to column guide rail
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655
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Distance from spindle end to worktable
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180-780
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Worktable's T grooves (nubmer, space between*size)
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5-18x120
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Spindle cone-shaped hole (model/size)
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BT40/Φ150
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Spindle speed (Rpm)
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8000RPM/Taiwan spindle
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Number of rigid slideway
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2
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Axis X,Y ball screw specification
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PMI C3 grade 4010
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Axis Z ball screw specification
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PMI C3 grade 4010
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X, Y, Z motor coupling mode
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Direct-coupled
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Spindle motor's power/KW
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11
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Moving Speed of axis X/Y/Z
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15m/min
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Feeding speed
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1-10000mm/min
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Position accuracy
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±0.01mm
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Repeated position accuracy
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±0.005mm
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Bearing of worktable
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800kg
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Machine weight
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8.5T
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* Structure's scheme coefficient δ
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1.11
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Air presure requirement
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6~8kg/cm2
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Total power supply
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30KVA
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(L×W×H) Overall dimension
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3200×3000×3100
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Power distribution system
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lOKSHUN SDS9-4CNCF
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Remark：“Y-shaped” column (Y-axis motor rear-mounted)
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* Structure's scheme coefficient δ: Heavier the total weight of the machine is , better the rigidity and puissant cutting will be. But meantime, worktable's bearing limites machine's rigidity, three axis's motors' power limites puissant cutting, so the parameter of machine weight, worktable bearing and motors' power can image the machine's working efficiency so that to show the machine's rate between capability and price. Calculation: worktable bearing ÷ machine weight × the sum of three axis's power = Structure’s scheme coefficient.
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