Wind Power Generation Use Cnc Flange Plate Punching Milling Machine Line Model

Product Specification

Wind Power Generation Use Cnc Flange Plate Punching Milling Machine Line Model PHD1212

Product Introduction

The CNC gantry-type drilling and milling machine is specifically engineered for performing drilling, chamfering, tapping, and milling operations on plate workpieces and structural elements. It is capable of processing components such as flanges, discs, rings, and flat plates, with thickness parameters strictly conforming to the machine’s established effective processing range. The machine supports the machining of both through-holes and blind holes on both monolithic and composite material structures. Fully integrated with digital control throughout the entire machining process, it guarantees ease of operation and exceptional efficiency. This machine is ideally suited for automated production, providing high-precision results to satisfy the requirements of multi-variety and large-scale manufacturing applications.

Specifications:

Product Features

1. Transmission System

The high-precision linear guides and sliders, sourced from Taiwan, are meticulously designed to deliver smooth performance while significantly enhancing the equipment's load-bearing capacity. The X-axis is supported by two rolling linear guides, and the Z-axis is supported by four, both serving as the guiding and load-bearing components for lateral and longitudinal motions. This configuration fully meets the technical requirements for high-speed drilling operations. For power transmission, both the X-axis and Z-axis are driven by AC servo motors, which actuate precision ball screws to convert rotational movement into accurate linear displacement.

The Y-axis is equipped with two robust rolling linear guides, each paired with two square rail sliders, forming the sliding mechanism of the Y-axis. This design not only fulfills the rigorous rigidity and strength requirements of the gantry structure but also provides several technical advantages, including a low friction coefficient, high-speed operation, excellent vibration damping, and an extended service life. For power transmission, the Y-axis employs synchronous servo motor drive technology, which drives the ball screws in unison, facilitating the precise reciprocating motion of the Y-axis worktable to ensure accurate CNC machining performance.

2. Automatic Lubrication System and Protective Mechanisms:
This machine is equipped with a Taiwan-manufactured volumetric partial-pressure automatic lubrication system, ensuring comprehensive, angle-free lubrication for moving parts such as guide rails, lead screws, and racks, significantly extending the machine's operational lifespan. The X-axis and Y-axis are protected by dust-resistant covers, while waterproof splash guards are installed around the worktable, providing enhanced protection during operation.

3. Central Coolant Delivery System:
This machine is equipped with a standard central coolant delivery system. The internal coolant circulation effectively prevents the accumulation of iron chips on the tool during machining, thereby reducing tool wear, prolonging tool life, and enhancing the surface finish of the workpieces. The high-pressure coolant outlet at the tool tip ensures reliable protection for both the workpiece surface and the high-speed rotary joint, preventing blockages from contaminants and improving both workpiece quality and overall operational efficiency.

This sophisticated CNC gantry-type industrial equipment, designed for drilling and marking operations on plate and sheet metal, is meticulously engineered for the precise machining of plate-like components and structural elements. Specifically optimized for processing workpieces such as flanges, discs, rings, and flat plates, it is built to exacting standards, ensuring that the thickness of these workpieces fully complies with the machine's predefined effective machining parameters.

In steel structure manufacturing facilities, this equipment carries out precise drilling and milling operations on structural plates and connecting components, providing a reliable 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—critical processes that ensure these components can endure extreme environmental conditions (e.g., high winds, temperature variations). For bridge construction projects, the equipment processes bridge girders and support brackets, facilitating the creation of robust, durable connections designed to endure dynamic loads throughout the bridge's extended lifespan.