The working principle and advantages of the high-speed wire drawing machine

High-speed thread rolling machines achieve thread production through rotary cutting and extrusion, offering high efficiency and precision.

Operating Principle
High-speed thread rolling machines use a high-speed rotating cutting tool to cut and extrude metal material. The material is fed into the machine via a feeding system, where the tool rubs against the metal surface to form the thread. During the process, the machine's rotational speed and feed rate are controlled by a CNC system to ensure precise thread specifications.

Core Advantages
Efficient Production
Fully automatic machines automate the entire process of continuous feeding, cutting, and nesting. A single machine can process thousands of pieces per hour, significantly improving production efficiency.

Precision Control
CNC technology ensures precise thread parameters (such as thread angle and pitch), achieving a machining accuracy of ±0.02mm, surpassing manual operation.

Reduced Labor Costs
Operators only need to load the material and monitor the machine, reducing labor by approximately 70% compared to traditional lathes or manual tapping, minimizing the risk of human error. Widely Adaptable

Supports customization in multiple specifications (e.g., M4-M16 thread sizes), making it suitable for machining complex parts such as high-strength bolts and automotive parts, and compatible with a variety of metal materials.

Low Energy Consumption and Quiet Design

Motor power is generally below 5.5kW, and operating noise is below 80dB, meeting modern industrial energy-saving and environmental protection requirements.