More Powerful Machining Capability
The 3D analysis technique is fully leveraged for the machine structure design to achieve an optimized structure that delivers stable performance for heavy-duty or high-speed machining. Major structures are all cast-finished, and the main components have thicker bodies to meet all the heavy-duty machining needs.
A head-centered box column is employed. The table is thicker by 30% compared to the conventional machine.
A high-rigidity double-row cylindrical roller bearing is placed on the boring spindle tip. With improved spindle rigidity, the high-speed spindle achieves fine cutting surfaces.
Ever-faster rapid traverse is realized: X/Y/Z axis rapid traverse speed: 20,000 mm/min (std.)
Flexible Machining Increases Productivity
Max. Φ110-mm tool diameter is allowed when tools are loaded in all the magazine pots. However, a tool with larger diameter can be loaded by removing adjacent tools on both sides of the pot.
User Friendly Operation
Enriched with features for facilitating chip handling including standard coil conveyor in X-axis direction.
Centralized devices facilitate lubricating and other maintenance operations.
Employed “user-friendly display” that contributes to improved operability
The MKH Series Works Best on Metal Molds and Precision Parts
The MKH Series, developed based on the fundamental performance of the MHT Series and optimized for die mold machining or precision aircraft parts, is introduced to our product portfolio.