In modern industrial production, the application of CNC angle steel line equipment is becoming more and more extensive. Among them, the marking function, as an important part, has greatly improved production efficiency and precision. This article will introduce the working principle of the marking function of CNC angle steel line in detail, and demonstrate how to operate the CNC angle steel line for marking, to help enterprises better understand and use this powerful tool.

1. Working principle of the marking function of CNC angle steel line

The marking function of CNC angle steel line is mainly used to engrave characters, numbers or marks on angle steel to facilitate product identification and traceability. Its working principle includes the following key steps:

Programming input: The operator inputs the marking content through the CNC system, including parameters such as characters, fonts, size and position. This information is usually generated by CAD software and transmitted to the CNC system.

Data processing: After receiving the marking instruction, the CNC system processes the input data and converts it into executable instruction code (such as G code).

Positioning and execution: The angle steel is fixed on the workbench, and the CNC system controls the movement of the marking head according to the instruction code, accurately positions it to the preset position, and types it through mechanical pressure or laser engraving.

Result inspection: After completing the marking, the operator needs to check the marking results to ensure that the characters are clear and the position is accurate. If problems are found, they can be corrected by adjusting parameters or remarking.

2. Operation steps of the CNC angle steel line marking function

In order to better understand the marking operation of the CNC angle steel line, we will explain the specific steps in detail:

Preparation:

Confirm the marking content and position, and prepare relevant drawings and parameters.

Check the status of the CNC angle steel line equipment to ensure that all functions are normal and the marking head is clean and intact.

Programming input:

Use CAD software to design the marking content and generate the corresponding G code file.

Import the G code file into the CNC system to check whether the code is correct.

Workpiece positioning:

Fix the angle steel on the workbench to ensure that it is stable and does not move.

Adjust the position of the marking head so that it is aligned with the preset marking starting point.

Execute marking:

Start the CNC system and perform marking operations according to the preset instruction code.

Monitor the marking process to ensure that the equipment runs smoothly and the characters are clearly engraved.

Result inspection:

After completing the marking, remove the angle steel and check the marking results.

For unclear characters or position deviations, make necessary adjustments and retype.

3. Advantages of the marking function of CNC angle steel line

Efficient and accurate: The marking function of CNC angle steel line achieves efficient and accurate character engraving through automated operation, greatly improving production efficiency.

Programmability: Operators can flexibly write and adjust marking programs according to different needs to meet various customized requirements.

Diversity: Supports the engraving of multiple characters and marks, including numbers, letters, special symbols, etc., to adapt to a wide range of application scenarios.

Reliability: Use advanced control systems and high-quality marking heads to ensure stable and reliable marking effects and reduce human errors.

As an important tool in modern industrial production, the marking function of CNC angle steel line has the advantages of high efficiency, precision, and flexibility, and is widely used in various manufacturing industries. By understanding its working principle and operating steps, companies can better utilize this function to improve production efficiency and product quality.