CNC Pipe Cutting and Beveling Machine – CTA Series

ALEKVS CTA Series CNC Pipe Cutting and Beveling Processing Center

Key Technical Advantages

• One-Step Forming Process
  Cutting and double-side beveling completed in a single pass without re-clamping
  → Improves efficiency and consistency
• Cold Cutting Technology
  No heat-affected zone (HAZ) and no oxidation layer
  Surface roughness up to Ra ≤ 6.3 μm
  → Preserves material properties and ensures high-quality finish
• Intelligent CNC System
  Built-in bevel database (I / V / U / Double V / Compound types)
  One-click parameter calling via HMI, easy to operate
• High-Precision Clamping System
  Dual-side self-centering clamping structure
  • Concentricity ≤ ±0.5 mm
  • Bevel angle deviation ≤ 0.5°
• High-Rigidity Machine Structure
  Heavy-duty cast bed with servo drive system
  Stable operation for long continuous production
• Flexible Automation Capability
  Supports integration with automatic loading, conveying, marking, and unloading systems

Automated Production Line Integration

Can be integrated with:

• CNC fixed-length conveying system
• Automatic loading / unloading system
• Online marking system
• Pipe conveying and buffering system

Supports MES system connection via Ethernet→ Enables real-time production data integration

Provides a complete intelligent pipe prefabrication solution, improving productivity and management efficiency

Working Principle

• The pipe passes through the machine spindle bore and is clamped on both sides with a self-centering system
• The cutter head rotates at high speed while tools feed radially into the pipe
• Cutting and beveling are completed simultaneously in one operation
• Multiple tool holders can be configured to meet different bevel requirements
• Suitable for stainless steel, carbon steel, and alloy steel pipes

Control System

Equipped with PLC + HMI (Human-Machine Interface) control system

Key features:

• Touchscreen parameter input
• Program preset, storage, and recall
• One-click process execution
• Fully automatic machining process

Enables one operator to control multiple machines, reducing labor costs.