Introduction To Slope Cutting Technology of Fiber Laser Cutting Machine

Introduction to fiber laser cutting machine bevel cutting technology

1. What is bevel cutting? 

Bevel cutting refers to the process of forming a bevel at a certain angle on the cutting surface during the cutting process, rather than the traditional vertical cutting. This technology is widely used in workpieces that require welding, splicing or special assembly, such as pipes, containers, steel structures, etc.

2. Advantages of fiber laser cutting machine bevel cutting

1. High precision and consistency:

- The fiber laser cutting machine can achieve high-precision bevel cutting angles (usually 15°-45°) through a precise control system to ensure that the cutting surface is smooth and the angle is consistent.

2. High efficiency:

- Compared with traditional mechanical bevel cutting, fiber laser bevel cutting is fast, one-time forming, and reduces subsequent processing steps.

3. Wide range of applicable materials:

- Bevel cutting can be performed on a variety of metal materials such as stainless steel, carbon steel, aluminum, etc. to meet the needs of different industries.

4. Reduce subsequent processing:

- The workpiece after beveling can be directly used for welding or assembly without secondary processing, saving time and cost.

3. Application fields of beveling

1. Pipeline processing:

- Used for beveling processing before welding of oil and gas pipelines to ensure welding quality.

2. Steel structure:

- In bridges and building steel structures, beveling is used for bevel cutting at the connection between beams and columns.

3. Pressure vessel:

- Beveling technology is used for welding preparation of container heads and cylinders to improve sealing and strength.

4. Automobile manufacturing:

- In the processing of body structural parts and chassis parts, beveling is used to improve assembly accuracy.

4. Technical features of fiber laser beveling

1. Dynamic focusing technology:

- Through the automatic focusing function, the focusing effect of the laser beam at different angles is ensured to ensure the cutting quality.

2. Multi-axis linkage:

- The fiber laser cutting machine is equipped with a multi-axis motion system, which can achieve complex three-dimensional slope cutting.

3. Intelligent control system:

- Built-in slope cutting parameter library, users only need to enter the material thickness and angle, and the system automatically optimizes the cutting path and parameters.

4. High-power laser:

- High-power fiber lasers (such as above 6kW) can easily cope with thick plate slope cutting needs.

5. Future development trends

1. **Higher precision and automation**:

- Combined with AI technology, automatic optimization of slope cutting angle and path is achieved.

2. **Thicker material processing**:

- With the development of high-power lasers, slope cutting technology will be applicable to thicker materials (such as more than 50mm).

3. **Green Manufacturing**:

- Reduce environmental pollution during slope cutting through energy-saving design and waste gas treatment.

6.Summary

The slope cutting technology of fiber laser cutting machine has become an indispensable processing method in modern manufacturing industry with its high precision, high efficiency and multi-material applicability. Whether it is pipelines, steel structures or pressure vessels, slope cutting technology can significantly improve processing quality and efficiency, helping enterprises to reduce costs and increase efficiency. With the continuous advancement of technology, slope cutting will show its unique value in more fields.