5300x3400x2700mm Overall Size CNC Plate Drilling Milling Machine 40mm Max Drilling Diameter

5300x3400x2700mm Overall Size CNC Plate Drilling Milling Machine 40mm Max Drilling Diameter

Application:

The CNC gantry drilling and milling machine is principally employed for drilling, chamfering, tapping, and milling operations on plates and structural components. It is applicable to workpieces such as flanges, discs, rings, and plates, with their thickness strictly falling within the equipment’s effective processing range. The machining of through holes and blind holes can be accomplished for both single-material parts and composite materials. Boasting digital control over the entire processing sequence, the machine offers exceptional operational efficiency. It is competent in achieving automated production, high-precision machining, multi-variety processing, and large-scale manufacturing.

Specifications:

Product Features

1. Transmission Device:
It adopts a high-precision design incorporating guide rails and sliders imported from Taiwan, ensuring smooth operation and effectively enhancing heavy-load capacity.
The X-axis and Z-axis each utilize two rolling linear guides as the guiding and load-bearing tracks for lateral and longitudinal movement, respectively, which can meet the technical requirements of high-speed drilling. The transmission of the X-axis and Z-axis employs AC servo motors to drive the precision ball screws for rotation, thereby achieving linear motion.

2. The Y-axis is equipped with two heavy-duty rolling linear guides on both sides, one of which features a side-hanging structure, jointly forming the Y-axis sliding track. This configuration meets the high rigidity and strength requirements of the gantry frame, while also embodying technical advantages such as a low friction coefficient, high movement speed, excellent vibration absorption performance, and an extended service life. The Y-axis transmission adopts dual servo motor synchronous drive technology: one servo motor is installed on each side, which synchronously drives the ball screws to rotate, thereby moving the gantry frame and enabling CNC machining.

3. Automatic Lubrication Device and Protective Device:
The machine tool is equipped with a Taiwan-manufactured volumetric partial-pressure automatic lubrication device, which enables automatic lubrication of moving pairs such as guide rails, lead screws, and racks without any dead zones, thereby ensuring the service life of the machine tool. The X-axis and Y-axis of the machine tool are outfitted with dustproof protective covers, and waterproof splash guards are installed around the workbench.

4. Laser Interferometer:
Each piece of equipment undergoes calibration using an American API laser interferometer, which precisely inspects and compensates for pitch errors, backlash, positioning accuracy, and repeat positioning accuracy, among other parameters. This ensures the dynamic and static stability as well as machining precision of the machine, while also guaranteeing its 3D machining accuracy and circularity.

This high-performance CNC gantry-type industrial equipment for plate and sheet metal drilling and marking is meticulously engineered for the precision machining of plate-type components and structural parts. Specifically configured for processing workpieces such as flanges, discs, rings, and flat plates, it incorporates a core specification that the thickness of these workpieces must strictly adhere to the machine’s defined effective machining parameters.

In steel structure workshops, this equipment executes precision drilling and milling operations on structural plates and connecting components, thereby laying a solid foundation for the stable assembly of steel frameworks. Within the wind energy industry, it delivers high-precision machining solutions for wind turbine towers and flanges—an essential process that ensures these components are capable of withstanding severe environmental conditions (e.g., strong winds, temperature variations). For bridge construction projects, the equipment processes bridge girders and support brackets, facilitating the formation of stable, durable connections designed to endure dynamic loads throughout the bridge’s extended service life.