Kaiyuan

7-AXIS NC PIPE CUTTING MACHINE

High Precision Automated Pipe Cutting System

The 7-Axis NC Pipe Cutting Machine is a high-precision automated system designed for cutting complex pipe geometries, including branches, saddles, and multi-angle connections. Utilizing seven-axis numerical control, it provides unmatched flexibility and accuracy in industrial piping fabrication.

This machine is widely used in oil & gas, petrochemical, chemical, and power generation industries, where precision, repeatability, and efficiency are essential for large-scale pipeline construction. The seven-axis design allows simultaneous control of pipe rotation, positioning, and cutting head movement, enabling intricate cuts and bevels that meet exact engineering specifications.

Key Features of 7-AXIS NC PIPE CUTTING MACHINE

SPECIFICATION

Frequently Asked Questions

What you should know

A 7-axis NC pipe cutting machine PCM is an advanced CNC-controlled system used for high-precision cutting, beveling, and profiling of pipes and tubes. It operates on seven coordinated axes to deliver complex cuts with high accuracy and automation.

The machine can cut a wide range of materials including carbon steel, stainless steel, alloy steel, and other industrial-grade metal pipes used in fabrication, construction, and heavy engineering industries.

A 7-axis system provides superior flexibility, enabling multi-angle cutting, beveling, and profiling in a single setup. It improves productivity, reduces manual intervention, and ensures high-precision weld-ready cuts.

It is widely used in industries such as oil & gas, shipbuilding, power plants, structural fabrication, HVAC systems, and heavy engineering workshops for accurate pipe processing and assembly.

The PCM machine offers high cutting accuracy with minimal tolerance variation. Its CNC control system ensures consistent repeatability, smooth edge finishing, and precise bevel angles suitable for welding applications.

Yes, most PCM machines support CAD/CAM integration, allowing direct import of design files for automatic cutting. This reduces programming time and improves workflow efficiency in fabrication processes.

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