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The Optimal High Rigidity Feed System

  • The gantry machine frame of rigid dual wall castings ensures low vibration performance in high speed machining, and results in the utmost surface finishing on works, and better tool service life.
  • The symmetrical box-headstock design assures cutting rigidity while Z-axis is moving rapidly.
  • High rigidity high load precision ballscrews used and coupled with powerful servo axial motor, the Z-axis brake system sustains fine axial movement control, providing best dynamic accuracy and fine finish especially in the 3D micro-machining.
  • Fully supported worktable on the FEM analyzed machine base eliminates overhang with better accuracy.
  • The 4 million-pulse/rev high-resolution encoders in all axes achieve high precision status.
The Optimal High Rigidity Feed System

ISOLATED DIRECT DRIVE SPINDLE

  • High speed, high precision spindle is capable to accommodate tools smaller than 0.2 R, not only increase mold precision but also prolong tool life.
  • Automatic spindle cooling system effectively dissipates heat generated from long runtime through efficient oil cooling circulation.
  • Micro oil-air lubrication system consistently injects micro amount of lubricant to spindle bearings for maximizing spindle life.
  • Highly reliable helical disc spring design ensures optimal spindle balance.
  • Floating cylinder design for tool clamp/unclamp system eliminates unnecessary force on spindle bearings.
  • Perpetual pre-load design reduces the effect of spindle thermal growth under long spindle runtime.
ISOLATED DIRECT DRIVE SPINDLE

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