Five-axis CNC machining center

HMU-1500

The HMU1500 features a wall-mounted design and is equipped with an independently developed, high-rigidity, high-torque gear-driven rotary table by AFMING. The machine boasts an exceptionally rigid frame, ensuring precise and responsive performance—perfectly suited for the efficient, high-precision machining of components made from various materials. It is widely used in applications such as aerospace titanium alloy and high-temperature alloy parts, as well as large to medium-sized complex workpieces like new-energy vehicle subframes, enabling both efficiency and accuracy to reach new heights.

Five-axis CNC machining center


The HMU1500 features a wall-mounted design and is equipped with an independently developed, high-rigidity, high-torque gear-driven rotary table from AFMING. The machine boasts an exceptionally robust frame, ensuring precise and responsive performance while easily handling the demanding requirements of efficient, high-precision machining for various material components. It is widely used in applications such as aerospace titanium alloy and high-temperature alloy parts, as well as large to medium-sized complex workpieces like new-energy vehicle subframes, enabling both efficiency and accuracy to reach new heights.

 


Highlights


(1) By adopting a wall-like structure and integrating finite element analysis with dynamic optimization, the machine’s overall static rigidity and dynamic performance are significantly enhanced.
(2) Equipped with a highly rigid, self-developed gear-driven rotary table, the A-axis delivers a rated torque of up to 6,500 N·m, while the B-axis provides a torque of 2,110 N·m—both ensuring exceptional stability.
(3) Equipped with an HSK-A100 tapered spindle, the spindle motor delivers 43 kW of power, and the 850 mm-long spindle head is designed to meet the machining requirements for deep cavity structures, such as those found inside housings.
(4) The X/Y/Z axes achieve positioning accuracy of 0.01 mm, with a repeat positioning accuracy of 0.008 mm and an acceleration of 0.6G, enabling high-precision and high-efficiency machining.


Parameters


X/Y/Z-axis working stroke: 1600/1600/1200 mm A/C axis working stroke: +/-120/360° (Infinite)
Worktop diameter: 170–1,370 mm Workbench Load Capacity: Φ1250/1000kg

Application areas


Aerospace structural components
Motor housing
Transmission housing
Transmission housing
Motor housing

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