Máy làm phẳng dây tự động ba chân CNC

Các tính năng chính

• Three-Stand Progressive Rolling Structure

The machine is equipped with three independent rolling stands, enabling step-by-step reduction of wire thickness. This multi-stage forming process effectively reduces internal stress, improves dimensional stability, and enhances surface quality.

• CNC Precision Control System

A high-precision CNC control system regulates rolling parameters such as stand gap and line speed, ensuring consistent thickness and width accuracy in mass production.

• Stable Variable Frequency Drive System

The VFD motor control system ensures smooth and stable operation under different wire diameters and material conditions, supporting continuous long-hour production with high efficiency.

• Wide Material Compatibility

The machine is suitable for processing various metal wires, including:

• • Carbon steel wire
  • Iron wire
  • Dây thép không gỉ
  • Other deformable metal wire materials

Optional Modular Functions

The system supports flexible upgrades based on production requirements and can be equipped with the following modules:

• Online Polishing Unit: Removes surface oxidation layers and micro-burrs, improving surface finish and downstream processing performance.
• Punching Unit: Enables in-line punching or forming operations, suitable for functional or structural wire applications.
• Straightening Unit: Improves wire straightness and ensures stable feeding for subsequent processing stages.
• Online Measurement / Inspection System (Optional): Provides real-time monitoring of dimensional accuracy, improving product consistency and yield rate.
• Automatic Take-Up & Tension Control System: Maintains stable wire tension during high-speed operation, preventing deformation, scratches, or surface defects.

Các CNC Automatic Three-Stand Wire Flattening Machine is engineered based on the concept of “three-stand progressive forming + CNC precision control + modular expansion.” It delivers high efficiency, high stability, and high dimensional accuracy for modern wire processing applications.