Features

• Dual Z-axis gantry machining centers are typically used for complex three-dimensional machining, allowing two tools or machining heads to move independently along two Z-axes, enabling different areas of the workpiece to be machined simultaneously or sequentially. This machine design improves machining efficiency, reduces the number of workpiece setups, and allows for finer machining operations.

   

• Dual Z-axis travel track: Compared to traditional gantry machining centers, dual Z-axis gantry machining centers have two independent longitudinal travel axes, where one main axis is typically used for vertical machining and the other sub-axis is used to perform auxiliary operations or parallel machining at the same time. This dual Z-axis design allows the machine to perform multiple processes simultaneously in a single work cycle, increasing machining efficiency.

• High-precision machining: Double Z-axis gantry machining center usually adopts advanced CNC control system and precision transmission device, which can realize high-speed and high-precision machining. It can be used for a variety of high-precision machining tasks, including milling, drilling, tapping, punching, and contour cutting of complex parts.

• Multi-station work: Dual Z-axis gantry machining centers are often equipped with automatic tool changers and workpiece rotary tables that can accommodate multiple tools and workpieces for continuous machining and multi-station work. These features allow the machine to automate production, improving productivity and machining quality.

• Complex machining capability: suitable for the machining of complex workpieces, such as deep hole machining, five-axis linkage machining and so on.

Applications

• Double Z-axis gantry machining centers XH series can process a variety of precision parts manufacturing and large workpieces. Due to its high efficiency and high precision machining capability, the double Z-axis gantry machining center is also widely used for rapid sample manufacturing, small batch production, and manufacturing of workpieces with specific shapes or high precision requirements.
• They are widely used in aerospace, automotive manufacturing, electronic equipment, mold manufacturing and other industries.