Rotating workbench Five-Axis High-End Machine Tool

Substantial Expansion of Machining Capacity: The 6th/7th axis rotary tables adopt high-precision guiding mechanisms and CNC closed-loop control, enabling the workpiece to achieve flexible flipping and positioning at multiple angles and orientations, breaking through the machining posture limitations of traditional 5-axis machine tools. Whether for complex side machining of large workpieces, internal cutting of deep cavity structures, or multi-angle machining of polyhedral parts, the rotary tables can provide stable and reliable support and precise positioning. This significantly expands the complexity of workpiece structures and size range that the machine can handle, making it particularly suitable for scenarios requiring multi-directional machining such as large aerospace components and heavy machinery box-type parts.

Dynamic and Precise Synchronization of Coordinate Systems: Relying on advanced CNC management technology, the rotary table movements achieve real-time interpolation with the X, Y, Z, A, and B axes. The coordinate system always takes the workpiece being machined as the reference. No matter what allowed flipping or positioning posture the workpiece is in, the system can automatically update coordinate parameters to ensure that the movement trajectory of each axis accurately matches the workpiece machining requirements. This dynamic coordinate synchronization design completely solves the coordinate offset problem during multi-axis interpolation, avoids machining errors caused by changes in workpiece posture, and realizes one-time precise machining of complex workpieces without secondary positioning or manual adjustment, further improving machining accuracy and production efficiency.

Upgraded Flexible Production Capacity: The integration of 6th/7th axis rotary tables endows the machine with stronger adaptability to flexible production, enabling rapid switching of machining modes for workpieces of different types and structures. Whether for small-batch and multi-variety customized production or batch machining of complex-structured workpieces, the rotary tables can quickly adjust positioning angles and flipping rhythms through CNC programs. Combined with the machine's modular design and multi-spindle head configuration, it realizes a "one machine for multiple purposes" production mode, significantly reducing product changeover time and production costs, and adapting to the diverse production needs of high-end manufacturing.