The commonly used process for automated equipment parts processing is CAD/CAM technology for automated machining. The main process is as follows:

1. Part design and model establishment

The first step in processing parts with automated equipment is design and model establishment. This involves the use and programming ability of CAD software, which aims to provide a good basis for subsequent route design and processing.

2. Generate machining paths

CAD software drawings are usually three-dimensional models, which require converting them into two-dimensional graphics to generate machining paths for CAM software. CAM software will use computer programming to unify the machining path of the machine tool and the type of machine, generating G code for CNC machine tools.

3. Write NC code

After generating the path in CAM software, G code can be manually written using a PC editor. NC code is the execution file of the machining path, which converts processes such as grinding and milling from the computer into machine tool machining instructions. After writing G code, you can start processing.

4. Processing components

By using CNC machine tools to execute G-code, the machine is controlled to complete part machining according to a predetermined path and speed during the machining process. If the fault tolerance of the program is taken into account during this process, it can avoid the occurrence of some unexpected situations.

5. Inspection and Testing

After the machining process is completed, part inspection and testing are required. This can be accomplished through assembly and repeated measurements. Secondly, it is necessary to test the parts through factors such as temperature and part stiffness, and promptly address any issues found.

3、 Application fields of automated equipment parts processing

The application fields of automated equipment parts processing are very extensive, covering various fields of manufacturing. Among them, mechanical manufacturing, aerospace, automotive industry, electronic technology, and medical device industry are the most important application areas.

1. Mechanical manufacturing

Mechanical manufacturing is the most important application field of automated equipment parts processing. In mechanical manufacturing, automated equipment for parts processing can significantly reduce labor costs and improve processing efficiency, while ensuring high precision and consistency of products.

2. Aerospace

In the aerospace field, the precision requirements for parts are very high. In this case, automated equipment parts processing can perfectly meet this requirement, while also improving the operational efficiency of the aircraft and reducing costs.

3. Automotive industry

In the automotive industry, automated equipment parts processing also plays a huge role. The machining accuracy of automotive parts directly affects the performance and safety of the car, while automated equipment parts machining can ensure high-quality and high standard manufacturing of automotive parts.

4. Electronic technology

In the electronic technology industry, automated equipment parts processing can improve processing accuracy and production efficiency through innovative mechanisms such as continuous processing, rapid flipping, and multi station one-stop, further achieving product specialization, optimization, and batch production.

5. Medical devices

The precision, quality, and safety of components in the medical device industry have a significant impact on people's life safety. Automated equipment parts processing can improve the manufacturing accuracy and consistency of components, thereby ensuring the safety and reliability of medical devices.