What are the applications of pneumatic marking in machining

What are the applications of pneumatic marking in machining

Mechanical products need to effectively manage parts in the production process, and they need to be identified and quality tracked in the market. Therefore, it is necessary to Identify important parts of mechanical components. In the process of mechanical semi-finished product processing, it is often necessary to add various special marks. As an important aspect of the comprehensive quality of the product, the quality of the mark has a direct impact on the market competitiveness of the product.

To mark the workpiece surface, the traditional methods include screen printing, manual stamping, electrochemical machining and other methods. Among them, the screen printing method is easy to fall off, and the manual type embossing method has poor flexibility, large labor force, slow speed and low speed. The electrochemical corrosion processing method can only mark simple and small graphics, and the efficiency is low, and it is not suitable for being carried out in a complex environment, so these methods are not suitable for application in modern flow operations.

With the development and progress of science and technology, the computer technology, automatic control technology and mechanical transmission technology are combined to develop more automatic pneumatic marking machine equipment, which meets the needs of the development of the times.

Pneumatic marking systems have unique advantages and disadvantages. The pneumatic marking machine controls the marking needle to move according to the edited character or graphic trajectory, and at the same time controls the high-pressure gas to push the marking needle to achieve high-frequency impact, so as to form content composed of dense lattices on the surface of the workpiece, and the content can be any text Numbers, graphic patterns, etc. In comparison, the pneumatic marking machine has the advantages of small size, convenient operation and large marking depth due to its fast data processing speed, high marking accuracy, cost saving, good stability and strong ability to adapt to harsh environments. , which is very suitable for pipeline marking with strict requirements on speed and accuracy.