Features:

• The main structure of base, column and beam adopts high-rigidity and high-precision Meehanite cast iron, and heat treatment to eliminate internal stress, to ensure the structural stability and long-term precision to maintain
• The beam box structure design with the ladder-type track configuration, providing a wide combination of saddle span to ensure that the spindle strong and stable cutting capacity
• Three-axis roller-type precision linear slide design, fast acceleration and deceleration, feed rate of up to 36 M/min, cutting feed rate of 12 M/min.
• Precise pre-drawing design of three-axis screw can effectively restrain the thermal displacement caused by temperature rise and ensure the accuracy of positioning accuracy and repeatability
• The six-carriage block of the spindle head is designed with the weighting design, the feed reaction is sensitive and fast and stable, in addition to ensuring the precision and service life of the long-time running, it can buffer the dive to reach the positioning point
• High-precision, high-performance spindle can be selected according to different processing needs of direct-type or built-in spindle, speed range BBT40 (HSK-63) / 15,000 rpm ~ 20,000 rpm
• Built-in automatic temperature compensation device, effectively reduce the temperature rise arising from thermal displacement, to ensure the accuracy of processing accuracy
• Spindle cooling system to ensure that the spindle in operation, the temperature stability, effectively inhibit the spindle temperature rise, to achieve the best precision machining
• Convenient operating box rotating design, user-friendly according to the desired angle, position operation
• Wide door design, easy to work up and down the workpiece
• The spiral chuck screw on both sides of the base can quickly remove the chips and reduce the chip residue
• Oil and water separation design, cut water tank with oil and water separation device, can extend the cutting fluid service life
• 24-disc external disk-type automatic tool changer system, effectively reducing the machine area, to meet the various types of processing the use of different tools needs