100-700mm/Min Feeding Speed CNC Angle Steel Root Milling Machine 60KN Pressure Of Cylinder

100-700mm/Min Feeding Speed CNC Angle Steel Root Milling Machine 60KN Pressure Of Cylinder

Application Industry:
 
Primarily designed for machining the inner arc surfaces of angle steel profiles.
 
Product Parameters:

 

 
Workpiece process

1. Place the angle steel workpiece in the designated machining zone of the equipment, ensuring correct positioning before processing.

2. Select the automatic operation mode and press the cycle start button. The machine will execute the complete programmed machining sequence automatically.

3. Angle steel profiles with identical specifications can be processed continuously in batches, improving production throughput while maintaining consistent machining quality and reliable processing results.

 
Equipment usage instructions and Characteristics

1. The equipment employs advanced high-speed milling technology to machine the back surface and mill the root edges of angle steel profiles, delivering high processing efficiency, precise dimensional control, and consistent machining quality.

2. Compared with conventional planing methods, the machine significantly improves root-edge machining productivity, achieving processing efficiency of up to ten times that of traditional equipment.

3. The machine is equipped with a user-friendly control system and simplified operating procedures, reducing operator training requirements and minimizing dependence on specialized technical skills.

4. The highly automated operating system minimizes manual intervention and supports continuous angle steel feeding, enabling uninterrupted processing and enhanced production efficiency.

5. Unlike conventional planing machines, which typically require dedicated clamping fixtures and may impose limitations on workpiece length, this milling solution provides greater operational flexibility. By eliminating the need for specialized fixtures, it simplifies workpiece handling, improves machining efficiency, and streamlines production operations.

6. The machine combines an intuitive control interface, adjustable machining parameters, and a robust mechanical structure to deliver stable, dependable, and consistent performance under continuous industrial operating conditions.

 
Configurations:

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

2. Key electrical components are sourced from internationally recognized manufacturers, including Schneider and Omron, providing dependable electrical control, stable operating performance, and extended component service life.

3. The machine adopts a dual-spindle configuration, distributing the cutting load across two milling cutters. This arrangement reduces the load borne by each individual cutter, helps extend tool service life, and improves overall machining productivity.

4. The spindle drive system incorporates two 3 kW motors and a precision synchronous belt transmission mechanism. This configuration helps reduce vibration and promotes smooth spindle rotation, stable cutting conditions, and reliable long-term operation.

5. An integrated cutting-fluid cooling and lubrication system removes heat and lubricates the cutting zone throughout the machining process. This helps extend cutter service life, maintain stable cutting performance, and achieve high-quality machined surfaces.
 

The equipment is specifically engineered for precision back milling of angle steel profiles, enabling efficient and accurate machining of structural angle sections. It produces finished workpieces with excellent surface quality, precise dimensional tolerances, and clean edge profiles, making them suitable for structural steel fabrication and a wide range of industrial applications. The finished samples demonstrate the machine's machining precision, consistent processing quality, and capability to produce complex back-milled profiles, providing customers and quality inspection personnel with a practical basis for evaluating its manufacturing performance and suitability for specific production requirements.

In ultra-high-voltage (UHV) power transmission projects, transmission towers must withstand severe environmental conditions and substantial structural loads. This equipment supports the fabrication of angle steel members that form the primary framework of these towers by delivering efficient and precise root-edge milling of structural profiles. It helps prepare angle steel components used in tower bodies, cross-arms, and other critical structural assemblies, ensuring accurate profile geometry and reliable component fit-up. These capabilities contribute to improved assembly accuracy, structural integrity, and long-term operational reliability of transmission towers throughout their service life.