Parts machining, which previously required multiple processes, can be completed in a single setup. This not only reduces the in-process inventory and lead-time, but it improves simultaneous machining accuracy.
Linear roller guides with excellent rigidity are utilised in the X-, Y- and Z-axes to achieve powerful cutting and high-accuracy machining.
B-axis roller gear cam
Elimination of backlash ensures high-accuracy and high-efficiency machining. (over the rotary positioning range of 150 degrees, positioning accuracy is two times better than the ISO standard)
C-axis roller gear cam
The NC rotary table utilises a roller gear cam for high-accuracy machining over extended periods of operation and can be indexed in 0.0001° increments.
Cone coupling
The pallet and table are clamped by cone couplings to ensure high rigidity and high repeatable positioning accuracy when changing pallets.
Y-axis slant structure
The slanted structure of the Y-axis roller guide mounting surface ensures stable machining by absorbing the cutting load during machining.
Three milling spindles are capable of machining a wide range of materials from steel to non-ferrous materials
Standard spindle designed for applications such as cast iron, steel and non-ferrous material.
Achieves high-efficiency machining for a wide variety of workpieces.
Designed for minimum interference
The compact milling spindle headstock design minimises workpiece interference. Not only does it increase the processing area, it allows shorter tools to be used for increased machining performance and accuracy.