CNC machining, also known as computer numerical control machining, is a technology that utilizes CNC machine tools to process materials. Here is more information about CNC machining:
Working principle: CNC Machining directly imports CAD (Computer Aided Design) data into the machine tool through the control system of the CNC machine tool, which is digitally controlled by a computer. Computer systems convert geometric shapes in CAD files into machine code that computers can understand, which is commonly referred to as G code or M code. Then, the CNC machine tool precisely controls the movement of the cutting tool or tool based on these code instructions to remove or add materials, thereby manufacturing the required parts or products.
Application areas: CNC machining is widely used in various fields, including aerospace, automotive manufacturing, mold manufacturing, medical devices, optical instruments, etc. In these fields, CNC machining can ensure high-precision, high-quality, and high-efficiency production of products.
Processing type: CNC machine tools can perform various types of processing, including milling, turning, drilling, tapping, cutting, etc. These processing types can be combined as needed to complete complex processing tasks.
Advantages: CNC machining has many advantages, such as high precision, high efficiency, high flexibility, low labor costs, and improved working environment. In addition, CNC machining can also achieve automated production, reduce human errors, improve product quality and production efficiency.
Development trend: With the advancement of technology, the field of CNC machining is also constantly evolving. The integrated growth of automation and robotics technology is driving CNC machining towards higher precision, greater flexibility, and stronger competitiveness. At the same time, in order to solve the problems of operators, the new generation of workers is rapidly adapting and adopting new technologies, promoting the sustainable development of the CNC processing industry.
Brass is an alloy material with good cutting performance, conductivity, and thermal conductivity. By using CNC machining technology to process brass, high-precision and high-quality parts can be obtained. In the manufacturing process of precision brass CNC machining parts, there are the following significant characteristics:
High precision: able to achieve a very small tolerance range, ensuring that the dimensional and shape accuracy of the parts meet strict requirements. For example, in precision connectors in electronic devices, even small deviations in size can affect their performance.
Excellent surface quality: It can achieve a smooth and burr free surface, improving the appearance and performance of the parts.
Complex shape processing capability: capable of manufacturing various complex geometric shapes to meet the needs of different application scenarios. For example, some key components in the aerospace field have complex shapes that can be achieved through CNC machining.