5 Axis Vertical Machining Center Frame

The frames are made of HT300 castings, carefully processed through resin sand molding and a wooden pattern.

Key functional components, including linear guide ways, ball screws, spindle units, are sourced from renowned international brands. This guarantees the machine's high reliability, precision retention, and extended service life.

A key design advantage is the complete separation of linear and rotary motion axes, where the worktable does not participate in linear travel. This eliminates inertial errors caused by three-axis linear displacement, delivering exceptional stability even during heavy-duty, high-strength cutting operations with large material removal rates.

The machine bed and column are designed with heavy-duty ribbed structures and optimized material distribution, providing outstanding static and dynamic rigidity. This effectively dampens cutting vibrations, ensuring stable machining accuracy even during high-speed or heavy-cutting operations.

The table combines tilting (B-axis) and rotating (C-axis) motions, enabling full 5-axis simultaneous machining. This configuration allows the tool to approach the workpiece from nearly any angle, making it highly efficient for machining complex parts (e.g., aerospace components, mold cores, and impellers) with undercuts and deep cavities.

The sloped bed and open structure facilitate smooth chip evacuation, preventing heat accumulation from chips. Combined with optimized coolant delivery and thermal error compensation systems, the machine maintains high dimensional stability over long production runs.

It can be equipped with high-speed, high-torque built-in spindles or mechanical spindles, adapting to a wide range of materials (aluminum, titanium, alloy steels) and machining processes (milling, drilling, and tapping). The design also supports easy integration of automatic tool changers for automated production lines.