Upright T-Base Stucture-column is movable as X axis and worktable is moving as Z axis, this design matches the design concept of super precision boring machines. The worktable is carrying the workpiece to the static spindle while machining, it maximizes the spindle rigidity and accuracy.
1. The Finite Element Method ( FEM ) analysis provides optimum machine design and optimumstructure advantages while ensuring the best machine rigidity. Meehanite standard Casting along with twice aging treatment for long term reliability.
2. BT50-190 large size spindle unit offers wide range machining capacity from low-speed heavy cutting to high-speed precision cutting applications.
3. Large-size heavy duty roller type linear motion guideways applied on all 3-axis for rigid support, smooth slide, stable accuracy as well as easier maintenance.
4. Sevo driven index worktable B-axis and hydraulic locking guarantee the fast index speed and the heavy cutting rigidity.
5. Index worktable uses curvic coupling for high-accuracy indexing.
6. The ball screw brackets at both ends of the X-Y-Z axes ballscrews are preloaded for highly accurate drive and positioning.
7. The stepped base and column design of the MC-H Series, where two X-axis linear guide rails are on a different horizontal planes, increases the rigidity and stability of the spindle-head column assembly.
Table
Worktable Area - mm - 800×800
T slot(width x nos.x distance) - mm - 5×22T×160
Capacity
Spindle nose to table - mm - 45-1145
Spindle center to column - mm - 150-1350
Spindle
Spindle Hole Dimensions - BT50-190
Feed & Magazine
Rapid Displacement of X/Y/Z Axes - m/min - 24
ATC capacity/type - Disc - 40, *60