EX-2000 Series

The EX-2000 Turning Center is built on an advanced hybrid guideway design that strategically combines the strengths of box ways and roller linear guides for maximum machining performance. The X-axis is engineered with heavy-duty box ways, providing excellent vibration damping and superior dynamic rigidity—ensuring stability during demanding cutting operations and extending tool life. Complementing this, the Y-axis, Z-axis, and B-axis utilize high-precision roller linear guides. These guides deliver exceptional positioning accuracy, high rigidity, and the speed required for complex machining applications. By integrating both guideway technologies, the EX-2000 achieves the perfect balance of strength, precision, and efficiency, enabling manufacturers to maintain surface finish quality while optimizing cycle times and throughput.

The EX-2000 Turning Center is equipped with Taiwan Takisawa’s high-rigidity, high-precision T12 turning-milling turret, engineered to maximize machining flexibility and accuracy. Built with a large-diameter curved tooth bevel gear, the turret ensures exceptional torque transmission, stable indexing, and long-term durability under heavy cutting conditions. Its robust construction allows for seamless integration of multiple operations—including milling, drilling, and tapping—in addition to conventional turning. By consolidating these processes into a single setup, the T12 turret greatly enhances machining efficiency, reduces cycle times, and minimizes part handling. This high-performance turret not only improves processing accuracy but also supports true multi-tasking capability, enabling manufacturers to achieve greater engineering concentration and productivity across a wide variety of complex components.

The EX-2000 series can be tailored for even greater productivity by incorporating a gantry loading arm for efficient loading and unloading, along with an automated feeding system for raw materials and finished components. These automation options significantly reduce manual intervention and idle time, creating a smoother production flow. As a result, manufacturers can achieve faster cycle times, greater throughput, and more consistent quality across higher-volume operations.