CNC Angle Punching Machine Designed For Involving Angle Steel Root Milling Grinding

CNC Angle Punching Machine Designed For Involving Angle Steel Root Milling Grinding

Application Industry:
 
Mainly used to process the inner arc of angle steel.
 
Product Parameters:

 

 
Workpiece process

1. Load the angle steel workpiece into the machine processing area.
2. Under automatic operating mode, press the cycle start button, and the equipment will automatically execute the complete machining procedure.
3. Angle steel components with identical specifications can be continuously processed, maximizing production efficiency and ensuring stable batch manufacturing performance.

 
Equipment usage instructions and Characteristics

1. The equipment adopts advanced high-speed milling technology for angle steel back-face milling and root-edge preparation, providing efficient and precise grinding performance.

2. Compared with conventional planing methods, the machine greatly improves root-cleaning efficiency, achieving processing productivity up to ten times higher than traditional equipment.

3. The system features a user-friendly operating design, requiring minimal operator training and reducing dependence on specialized technical skills.

4. Through a highly automated operating system, the equipment significantly reduces manual workload while supporting continuous angle steel feeding, enabling uninterrupted and efficient production operations.

5. Unlike traditional planing machines that are limited by workpiece length and fixture requirements, this advanced milling solution offers enhanced processing flexibility. The elimination of dedicated clamping fixtures simplifies operation procedures while improving machining efficiency and production convenience.

6. The machine is equipped with an intuitive control interface, flexible parameter setting functions, and a robust mechanical structure, ensuring stable, reliable, and consistent performance during continuous industrial operation.

 
Configurations:

1. The automatic continuous feeding system is driven by a high-performance geared motor, providing smooth and reliable material transportation while significantly enhancing overall production efficiency.

2. Key electrical components are sourced from internationally renowned manufacturers, including Schneider and Omron, ensuring excellent quality, dependable operation, and extended service life.

3. The machine features a dual-spindle design, effectively distributing cutting loads between two cutters, reducing individual tool stress, extending tool durability, and improving machining efficiency.

4. The spindle system is powered by two 3 kW motors and utilizes precision synchronous belt transmission technology to minimize vibration, ensuring smooth operation, high machining stability, and reliable long-term performance.

5. An integrated cutting fluid cooling system is incorporated to provide effective heat dissipation and lubrication during machining, extending cutter service life while maintaining stable cutting performance and superior surface quality.
 

 
The equipment is specifically engineered for precision back milling of angle steel, providing accurate and efficient machining of structural angle profiles. It produces finished workpieces with excellent surface finish, precise dimensional accuracy, and clean edge geometry, making them well suited for structural fabrication and a wide range of industrial applications. The demonstration samples manufactured on this machine clearly exhibit its outstanding machining precision, excellent processing consistency, and capability to produce complex back-milling profiles, offering customers and inspection personnel a practical basis for evaluating the equipment's manufacturing performance and production suitability.

In ultra-high-voltage (UHV) power transmission projects, where transmission towers are required to withstand extreme environmental conditions and substantial structural loads, this equipment performs a vital function in manufacturing the angle steel members that constitute the primary structural framework of the towers. It efficiently carries out high-precision drilling and punching operations on angle steel components used in tower bodies, cross-arms, and other critical structural assemblies, ensuring accurate hole positioning and dependable connection quality. As a result, it significantly enhances the structural strength, operational stability, and long-term service reliability of transmission towers throughout their operating lifecycle.