Page 4 - Vcenter-AX350AX800 (5 axes)
P. 4

Vcenter-AX350





         With an extremely rigid and tough column, the C-framed Vcenter-AX350
         presents high feed rate 48 m/min and high Z-axis acceleration 0.75G to
         minimize spindle non-cutting time. Coupled with powerful 12000 rpm spindle
         and trunnion type rotary table, Vcenter-AX350 effectively upgrades the cutting

         performance with higher accuracy and efficiency.



























         Tool change only 5.5 seconds!
             Twin arm type ATC with bi-directional random selection for 24 tool magazine offers
           quick tool change and optimal reliability.This tool capacity can be optional increased to
           32 or 40 tools for more complicated applications.
           Chip-to-chip tool changeover time is just around 5.5 seconds.

               Upgraded SK-40/BT-40 tooling system linked with the stronger tool pull stud (Ø14 mm)
           enhances the heavy cutting capability and outputs more CTS coolants than conventional
           BT-40 tooling with Ø10 mm pull studs.


         High rigidity dynamic structure
                            ®
             Heavy-duty Meehanite  castings from Victor's licensed foundry are used in the bed and
           column for maximum damping and strength.
             Extremely rigid and tough column with a heavily ribbed design enables the high Z-axis
           acceleration for high speed movement.
             CAE (computer aided engineering) design with span 700 mm in Y-axis results in a
           maximum stiffness to ensure the minimum overhang distortion for whole X-axis traveling
           range.


         Linear Guideways are designed to ensure maximum
         rigidity and vibration damping characteristics
             Ballscrew holders are directly cast into the machine for even higher rigidity and strength.
           This ensures a constant support for the ballscrews over the entire machine life.
               The Large diameter ball screws and roller-type linear guides ensure the high maximum
           structural rigidity during machining.
             Direct coupled servo motors eliminate motor backlash and noise caused by
           misalignment.


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