Definition and Function of 1. Inequal Spiral Milling Cutter

Unequal spiral milling cutter is a commonly used cutting tool, its main role is to carry out high-speed milling of metals, alloys and other materials. It is usually made of tungsten steel or high-speed steel and has multiple cutter teeth.

Characteristics of 2. unequal spiral milling cutter

1. Reduce vibration and noise

The unequal spiral milling cutter adopts the uneven tooth structure design, which can reduce the vibration and noise during cutting.

2. Suitable for high speed machining

Due to its design to reduce vibration and noise, the unequal spiral milling cutter is suitable for high-speed machining and can maintain high-quality surface machining.

3. Improve cutting efficiency and quality

The parameters such as the tooth angle and rotation direction of the unequal spiral milling cutter are optimized, which can improve the cutting efficiency and quality, and can complete more processing tasks in the same processing time.

4. Reduce processing time

Since the cutting efficiency and quality of the unequal spiral milling cutter have been improved, more work can be completed in the same time, and the processing cost can also be reduced.

5. Extend the service life

Due to the irregular tooth structure of the unequal spiral milling cutter, each tooth can be cut at a different position, which can effectively reduce the wear of the tooth and prolong the service life.

Application fields of 3. unequal spiral milling cutter

Unequal spiral milling cutter is widely used in aerospace, automobile manufacturing, machinery manufacturing and other fields, especially in high-speed machining and high quality surface processing has a wide range of applications.

In general, the characteristics of unequal spiral milling cutters include reducing vibration and noise, suitable for high-speed processing, improving cutting efficiency and quality, reducing processing time, and extending service life. In actual work, different tool types and parameters can be selected according to specific processing requirements.