22KW Servo Spindle Motor Power CNC Gantry Drill And Mill Machine 0~8 R/Min Lateral Movement Speed

22KW Servo Spindle Motor Power CNC Gantry Drill And Mill Machine 0~8 R/Min Lateral Movement Speed

Application:

The CNC gantry drilling and milling machine is specially designed to perform drilling, chamfering, tapping, and milling operations on plate-like and structural components—such as flanges, discs, rings, and flat plates—within its valid processing scope, irrespective of the components’ thickness. It is furnished with the functionality to drill both through-holes and blind holes in workpieces made of single materials and composite materials alike. The machining process is governed by digital control systems, which guarantees a high level of operational convenience for users.

Specifications:

Transmission Device:

The CNC gantry model phd2020 incorporates a high-precision design featuring guide rails and sliders imported from Taiwan, ensuring smooth operation while effectively enhancing heavy-load capacity.
The X-axis and Z-axis each utilize two rolling linear guides, which serve as guiding and load-bearing rails for lateral and longitudinal movement respectively. This configuration is capable of fulfilling the technical requirements for high-speed drilling. For transmission, the X-axis and Z-axis employ AC servo motors to drive precision ball screws into rotation, thereby achieving linear motion.

The cnc drilling and marking equipment Y-axis is equipped with two heavy-duty rolling linear guides on each side, with one of the guides adopting a side-mounted structure; collectively, these components form the Y-axis sliding rail. This design not only meets the high rigidity and strength requirements of the gantry frame but also delivers technical advantages including a low friction coefficient, high movement speed, excellent vibration absorption performance, and a long service life. For the X-axis transmission, a dual-servo-motor synchronous drive technology is adopted—specifically, one servo motor is installed on each side, which synchronously drives the ball screws to rotate, propels the gantry frame into movement, and ultimately enables CNC machining.

Automatic Lubrication Device and Protective Device:

This CNC plate sheets and flanges drill and mill machine tool is outfitted with a Taiwan-manufactured volumetric partial-pressure automatic lubrication device. This device enables automatic lubrication of moving components such as guide rails, lead screws, and racks, ensuring full coverage without any dead zones and effectively safeguarding the machine tool’s service life. The X-axis and Y-axis of the machine tool are equipped with dust-proof protective covers, while waterproof splash guards are installed around the workbench to enhance operational protection.

Laser Interferometer:

Every unit undergoes calibration using an American API laser interferometer, which enables precise inspection and compensation of parameters including pitch error, backlash, positioning accuracy, and repeat positioning accuracy. This calibration process ensures the machine’s dynamic and static stability, as well as its machining precision. Additionally, it guarantees the machine’s 3D machining accuracy and circularity performance.

The CNC gantry drilling marking and milling machine is a high-performance industrial equipment specifically designed for the precision machining of plate-type components and structural parts. This device is tailored to process workpieces such as flanges, discs, rings, and flat plates—with the core prerequisite that the thickness of these workpieces fully complies with the machine’s specified effective machining range.

Within steel structure workshops, the equipment performs precision drilling and milling operations on structural plates and connecting components, thereby laying a solid foundation for the stable assembly of steel frames. For the wind power industry, it provides high-precision machining for wind turbine towers and flanges—a critical process that ensures these components can withstand severe environmental conditions (e.g., strong winds, temperature variations). In bridge construction projects, the equipment processes bridge girders and brackets; this, in turn, guarantees the formation of stable and durable connections. These connections are designed to bear dynamic loads throughout the bridge’s extended service life.