UR Series Vertical Machining Center
The HS-UR series vertical machining centers are high-rigidity, high-precision machine tools. These machines feature high-precision linear guides and ball screws, offering exceptional dynamic responsiveness and enabling high-rigidity cutting with smooth, creep-free operation at low speeds. After a single workpiece setup, the machine can automatically and continuously perform a variety of machining operations—including milling, drilling, boring, reaming, tapping, countersinking, and threading—without manual intervention. They are ideal for multi-variety, small-to-medium batch processing of complex parts such as medium- and small-sized box-type components, plates, discs, valves, housings, and molds. These machines are widely used in industries including precision 5G components, hardware, automotive parts, and medical devices.
1. It features a BBT double-sided constrained tapered spindle, offering high rotational speeds and minimal vibration while meeting the requirements for high rigidity and high-speed machining. Directly connected to the machine spindle, with a large shaft. Featuring a high-speed spindle design, it achieves high spindle speeds. With high rigidity and short spindle acceleration/deceleration times, this machine offers fast speeds and high machining efficiency.
2. Featuring a high-rigidity design, the machine tool is constructed with high-strength cast iron materials and incorporates a large-span bed base and column structure, providing robust support for its machining performance. basic and stable performance;
3. By optimizing the tool-change logic and integrating advanced control methods, we achieve extremely short tool-change times. The system automatically switches to the backup tool based on the conditions specified in the machining program. Time-saving, ensuring efficient tool changes. Equipped with a fully enclosed tool magazine with an automatic door, this design eliminates the risk of chips entering the tool holder and enhances machine stability.
4. Equipped with a BT50 spindle configuration, featuring a thicker lead screw and reduced pitch, this spindle delivers high torque, making it ideal for high-torque machining applications. It is particularly well-suited for machining materials with high hardness and large cutting volumes. Application scenarios for processing large steel and iron components;
5. The large-chip-removal angle and front chip-removal structure significantly increase the chip-removal inclination angle, reducing the likelihood of chip accumulation and ensuring excellent chip removal performance, thereby guaranteeing smooth machining. Efficiency and processing quality.
