Large diameter pipe CNC beveling systems are usually equipped with advanced CNC technology and precise mechanical structures, which can achieve automated beveling of pipeline end faces. This system is widely used in industries such as petroleum, chemical, natural gas, and nuclear power to process pipelines made of various materials such as carbon steel, stainless steel, and alloy steel.
System features
High precision machining: using precise CNC technology and mechanical structure to ensure the accuracy and stability of groove machining. The surface roughness of the processed pipeline groove is low, with high concentricity and perpendicularity, meeting strict industrial standards.
Multiple groove forms: The system can process various groove forms, such as I-type, U-shaped, X-type, V-shaped, double V-shaped, double U-shaped, and inner groove, to meet different engineering requirements.
High degree of automation: Automated control is achieved through a numerical control system, where operators only need to select the groove form and set relevant parameters on the interface, and the system can automatically complete the machining process. This greatly reduces the difficulty of operation and improves work efficiency.
Wide adaptability: The system can adapt to the processing needs of pipes with different materials, wall thicknesses, and diameters. By adjusting relevant parameters and tools, it is easy to handle various pipeline machining tasks.
Safety protection measures: The system adopts a closed machine tool protective cover and safety door to effectively isolate iron filings from splashing. At the same time, it has a series of safety measures such as equipment failure alarm prompts and parameter setting error prompts to ensure the safety of operators.
Advantage:
System composition
The CNC beveling system for large-diameter pipes usually consists of the following parts:
Host: including cutting disc, power head, transmission mechanism and other components, used to achieve groove processing of pipelines.
Numerical Control System: Used to control the motion trajectory and machining parameters of the host, achieving automated machining.
Clamping device: used to clamp pipelines to ensure stability and accuracy during the processing.
Safety protection devices: such as protective covers, safety doors, etc., used to protect the safety of operators and machine tools.
Application Cases
In many large-scale engineering projects, the CNC beveling system for large-diameter pipes has played an important role. For example, in the construction of oil and gas pipelines, this system can efficiently process pipeline grooves that meet standards, providing strong support for subsequent welding work. In addition, the system has demonstrated excellent processing capability and stability in fields such as nuclear power and chemical engineering.
