Model PHD6060 CNC Plate Drilling And Milling Machine 22KW Servo Spindle Motor Power

Model PHD6060 CNC Plate Drilling And Milling Machine 22KW Servo Spindle Motor Power

Application:

This custom-designed CNC gantry-type flange drilling and milling machine is engineered to perform a comprehensive range of machining operations, including drilling, chamfering, tapping, milling, and boring, on plate-type workpieces and structural assemblies. It delivers high-efficiency hole-machining capabilities for components such as flanges, discs, ring-shaped parts, and plates, within the specified thickness range. The machine is capable of processing both through-holes and blind holes, demonstrating exceptional compatibility with monolithic material components as well as composite material workpieces. Equipped with advanced digital control technology, this machine ensures superior operational ease and convenience. It enables high-precision automated production, accommodates the processing needs of various workpiece types, and supports large-scale manufacturing requirements.

Specifications:

Equipment Structure:

This CNC gantry drilling and marking machine is specifically designed with a cast iron bed workbench, a movable gantry structure, a traversing saddle, a drilling-milling power unit, an automated lubrication and safety system, a recirculating cooling module, a numerical control (NC) system, and an electrical control module. Fitted with rolling guideways, the machine ensures exceptional load-bearing capacity and precise motion control, while high-precision ball screw drive systems provide outstanding positioning accuracy and consistent operational repeatability.

Product Features

1. Drilling Power Head
The drilling power head is equipped with a dedicated servo-driven spindle motor, utilizing a toothed synchronous belt for speed reduction and torque enhancement to drive a custom-engineered precision spindle. The spindle features a six-row Japanese angular contact bearing arrangement (four bearings at the front and two at the rear), allowing for continuous speed adjustment. Integrated with a pneumatic tool changer, the spindle facilitates quick and efficient tool exchange. The feed motion is powered by a servo motor connected to a ball screw. Both the X and Y axes support coordinated movement and utilize semi-closed-loop control, enabling linear and circular interpolation. The spindle nose is designed with a BT50 taper hole and is coupled with a high-speed rotary joint, enabling high-speed U-drill operations through through-spindle coolant delivery.

2. Transmission System
Featuring Taiwan-made guide rails and a high-precision slider configuration, the system ensures smooth operation and enhanced heavy-load bearing capability. The X-axis utilizes dual rolling linear guide rails as the lateral guiding and load-bearing elements, fully meeting the demands of high-speed drilling operations. The X-axis transmission is driven by an AC servo motor coupled with a precision ball screw, enabling accurate linear motion control.

3. Transmission System (Y-axis Section, Continued)
The Y-axis is equipped with two heavy-duty rolling linear guide rails on both sides, each featuring three square rail carriages fixed to the guide rails, forming the Y-axis sliding mechanism. This design not only meets the demanding requirements for high rigidity and structural integrity of the gantry frame but also provides several technical advantages, including a low friction coefficient, high movement speed, superior vibration damping properties, and an extended operational lifespan. For Y-axis motion, dual servo motor synchronous drive technology is employed: a dedicated servo motor on each side drives the rotation of the ball screw in sync, enabling precise displacement of the gantry frame and supporting high-accuracy CNC machining tasks.

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This advanced CNC gantry industrial machine is custom-designed to perform drilling and marking operations on plate and sheet metal components. Precisely engineered for the high-accuracy machining of plate-type workpieces and structural assemblies, it is specifically compatible with the processing of flanges, discs, ring-shaped parts, flat plates, and similar components. A key operational requirement is that the thickness of the workpieces must strictly adhere to the machine's predefined effective machining specifications.

In steel structure fabrication facilities, this equipment performs precise drilling and milling operations on structural plates and connecting elements, providing a reliable foundation for the stable assembly of steel frameworks. In the wind energy sector, it offers advanced, high-precision machining solutions for wind turbine towers and flanges—ensuring these components can withstand harsh environmental conditions, such as high winds and temperature variations. For bridge construction projects, the equipment processes bridge girders and support brackets, enabling the creation of stable, durable connections designed to endure dynamic loads throughout the bridge’s extended service life.