2 Punches Per Side Durable CNC Angle Line Machine 630Kn Punching And Marking Force

2 Punches Per Side Durable CNC Angle Line Machine 630Kn Punching And Marking Force

 
Applicable Industry:

This machine is a specialized, industry-specific solution designed solely to perform angle steel punching, marking, and shearing tasks with exceptional accuracy. It is meticulously engineered to address the primary processing requirements of the angle steel tower industry—an area where component precision is crucial to structural integrity. By incorporating optimized processing algorithms, the machine guarantees precise and efficient handling of angle steel components, which are essential for tower fabrication, thereby contributing to the consistent production of superior-quality tower structures.
 
Specifications:

Product Composition:

This equipment is fundamentally structured around key functional components, including a transverse conveyor, a rotating loading system, a feed conveyor, a CNC feeding carriage, a punching module, a marking module, a cutting module, and an unloading conveyor. Additionally, it incorporates crucial support systems—such as hydraulic, electrical, and pneumatic systems—along with other supplementary parts, forming a comprehensive and integrated processing system that guarantees reliable performance.
 

Product Features:

1. Control & Drive System
The equipment utilizes CNC technology coupled with servo motor-driven feeding, ensuring enhanced operational efficiency and consistent workpiece accuracy. All critical hydraulic, pneumatic, and electrical components are sourced from reputable international suppliers, guaranteeing the dependable performance of the entire system.

2. Punch & Die Configuration
Each side is equipped with three sets of punches and dies, capable of accommodating three distinct punch diameters. Controlled by a PLC, these sets operate synchronously to adjust the punching reference point, thus supporting versatile processing requirements.

3. Human-Machine Interface & Programming
The system features a bilingual Chinese-English interface, facilitating intuitive operation, and supports the visualization of workpiece drawings. The programming process is streamlined, allowing the equipment to directly process program data generated by CAD software. During program setup, only essential parameters—such as workpiece dimensions, hole diameter, reference marks, and quantity—need to be entered, minimizing operational complexity.

4. CNC Feed Carriage & Control
The CNC feed carriage is powered by a servo motor, with a photoelectric encoder providing real-time feedback. A closed-loop control system is employed to dynamically adjust the carriage's movement, ensuring precise positioning accuracy throughout the entire machining cycle.

5. Automated Processes & Unloading
The marking, punching, and shearing operations are fully automated, significantly reducing the need for manual intervention. Once processing is complete, all finished angle steel components are unloaded by a pneumatic flipping mechanism, effectively lowering operator workload and enhancing overall production efficiency.

6. Control System Configuration & Function
The control system consists of a central computer, CNC system, servo motor, PLC, external detection sensors, and other supporting components. Processing operations can be initiated with a simple input of workpiece dimensions, streamlining the operational process. Furthermore, programs can be stored, selected, displayed, and transmitted based on workpiece identifiers, enabling adaptable production management.

7. Marking Unit
The marking unit features a closed-frame design, providing superior rigidity to ensure consistent and stable marking performance. Four sets of character boxes are mounted on the marking unit, with selection controlled via the program, offering flexible marking options. The marking reference point can be set freely, accommodating a wide range of processing requirements.

These specimens, representing standard specifications and typical processing scenarios within the angle steel tower industry, allow users to directly evaluate the equipment's processing quality, precision, and workmanship. They provide a concrete reference for assessing the equipment’s performance and its suitability for specific production needs, thereby supporting data-driven decision-making for potential applications.

In the construction of ultra-high voltage (UHV) transmission lines—where towers must endure extreme weather conditions and substantial loads—this equipment plays a vital role in processing the angle steel components that form the primary framework of the towers. It consistently performs drilling and stamping operations on the angle steel used for tower bodies, cross-arms, and other essential structural elements, ensuring accurate dimensions and secure connections to uphold the overall stability of the towers.