Dalian Mechanical Processing is a high-precision manufacturing technology widely used in various fields. It processes raw materials into final components or products by using various machine tools and tools. The process of mechanical processing is very complex and requires accurate planning and technology, but it is an indispensable part of modern industrial manufacturing.

In the field of mechanical processing, CNC machining is a very important technology. CNC, also known as Computer Numerical Control, is an automated machining method based on computer control. Compared to traditional manual operations, CNC machining has higher accuracy and efficiency. It can accurately control the movement and machining process of the machine tool based on pre-set programs, ensuring that each machining step can achieve the required accuracy requirements.

The main processes of mechanical processing include milling, drilling, turning, grinding, etc. Milling is a machining method that fixes the workpiece on a workbench and uses the cutting force generated by the rotation of the milling cutter to remove material. Drilling is the process of removing a portion of the material and forming a hole through the cutting force generated by the rotation of the drill bit. Turning is a method of machining materials by cutting between rotating workpieces and cutting tools, commonly used for machining cylindrical workpieces. Grinding is the use of abrasive particles to remove a layer of material surface, in order to achieve higher precision and smoothness.

In the process of mechanical processing, the material selection of the workpiece is also very important. Common machining materials include aluminum alloy, stainless steel, titanium alloy, etc. Different materials have different mechanical and processing properties, and corresponding process parameters and cutting tools need to be used for processing. Meanwhile, the complexity of the workpiece shape can also affect the difficulty of machining. For complex shaped workpieces, multiple processing and fine adjustments are usually required to achieve the desired shape and accuracy.

The application fields of mechanical processing are very extensive. It can be used to manufacture various mechanical equipment and components, such as automotive parts, aviation engine parts, precision instruments, etc. Mechanical processing can also be used to manufacture molds and mold components, such as injection molds, die-casting molds, etc. In addition, mechanical processing plays an important role in fields such as aerospace, electronics, and healthcare.

With the continuous development of technology, mechanical processing is also constantly innovating. At present, more and more advanced machining technologies have emerged, such as high-speed cutting, laser processing, electric discharge machining, etc. These new technologies not only improve processing efficiency, but also enhance product quality and accuracy. At the same time, the application of robot technology has also achieved a higher level of automation in mechanical processing, greatly reducing labor costs and production cycles.

In short, mechanical processing is one of the indispensable technologies in modern manufacturing. It enables us to manufacture various complex components and products through accurate planning and high-precision machining processes. With the continuous progress of technology, mechanical processing will continue to develop, bringing more innovation and breakthroughs to industrial manufacturing.