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Precision CNC micro turning small brass alloy parts is an indispensable key component in the communication field. It is made with the help of advanced Swiss lathe processing technology. Swiss lathe ensures the accuracy of parts at the micro level with its high precision and high stability processing performance.
During machining, this part shows amazing precision, and the tolerance is strictly controlled at 0.02 mm. This precision means that the size deviation of the parts is very small, and both the cooperation with other parts and the performance of the whole communication system can reach the best state. In the circuit connection of communication equipment, accurate size ensures the stability of current transmission and avoids problems such as poor contact and increased resistance caused by size error.
The surface roughness reaches Ra 0.8, which makes the surface of the parts as smooth as a carefully polished mirror. At the microscopic level, this smooth surface greatly reduces the friction loss during signal transmission. The signal can be transmitted more smoothly, which reduces the attenuation and interference of the signal and provides a stable and efficient signal transmission environment for communication equipment.
The application of brass alloy endows the parts with many excellent characteristics. Good conductivity enables it to transmit electrical signals quickly and accurately, ensuring the timely transmission of communication information; Excellent thermal conductivity is helpful to dissipate the heat generated in time during the operation of the equipment and maintain the stable operating temperature of the equipment; Corrosion resistance enables parts to maintain good performance in various complex environments, and its function will not be easily affected whether it is wet weather conditions or the environment with electromagnetic interference.
Swiss lathe, as a leader in the field of precision machining, provides solid technical support for the production of this part. Its advanced control system can realize micron-level precise control, and the machined parts have extremely high dimensional accuracy and good shape consistency. This precision manufacturing process not only improves the quality of parts, but also reduces the time and cost of equipment debugging caused by the accuracy problem of parts, which greatly improves the production efficiency and reliability of communication equipment.
Compared with other common materials, brass alloy shows unique advantages in the field of communication. In terms of conductivity, it can effectively reduce the resistance in the process of signal transmission and improve the speed and quality of signal transmission; In terms of corrosion resistance, its performance is better than that of ordinary metal materials, and it can work stably in harsh environment for a long time, reducing the maintenance cost and failure rate of equipment and prolonging the overall service life of equipment.
The minimum order quantity of 100,000 pieces and the production cycle of 30 days are carefully designed to meet the mass production needs of the communication industry. For communication equipment manufacturers, stable large-scale supply capacity is very important. This product can meet their large demand in the peak production period, ensure the continuous operation of the production line, and will not lead to production stagnation due to the shortage of parts, thus providing a strong guarantee for the production plan of the enterprise.
As a signal transmission component, connecting lines and signal conversion devices to ensure stable signal transmission inside and outside the base station is a key link to ensure smooth communication and fast Internet access for mobile phone users. In base stations in densely populated areas, this component has the characteristics of high precision and stability, which can effectively avoid signal congestion and attenuation and provide stable communication support for a large number of users online at the same time.
Inside the mobile phone, it helps to handle signal receiving and conversion, improve the sensitivity of mobile phone signal reception, ensure clear call quality and fast data transmission, and enhance the user experience.
Inside the router, it is responsible for the efficient transmission and exchange of data signals to ensure smooth network. Whether it is a home network or an enterprise office network, it can ensure the stable connection of multiple devices at the same time and realize high-speed Internet access.
As the core equipment of network data exchange, its internal brass alloy parts ensure accurate data forwarding, improve network communication efficiency, and meet the needs of enterprises and data centers for rapid processing of a large number of data.
In the satellite communication system, it undertakes the important task of signal transmission and conversion. Even in the complex space environment, facing the challenges of strong radiation and extreme temperature, it can still work stably with its high precision and excellent material characteristics, ensuring reliable communication between the earth and satellites, and is widely used in satellite TV, satellite phone and military satellite communication.
Precision CNC micro turning small brass alloy parts is an indispensable key component in the communication field. It is made with the help of advanced Swiss lathe processing technology. Swiss lathe ensures the accuracy of parts at the micro level with its high precision and high stability processing performance.
During machining, this part shows amazing precision, and the tolerance is strictly controlled at 0.02 mm. This precision means that the size deviation of the parts is very small, and both the cooperation with other parts and the performance of the whole communication system can reach the best state. In the circuit connection of communication equipment, accurate size ensures the stability of current transmission and avoids problems such as poor contact and increased resistance caused by size error.
The surface roughness reaches Ra 0.8, which makes the surface of the parts as smooth as a carefully polished mirror. At the microscopic level, this smooth surface greatly reduces the friction loss during signal transmission. The signal can be transmitted more smoothly, which reduces the attenuation and interference of the signal and provides a stable and efficient signal transmission environment for communication equipment.
The application of brass alloy endows the parts with many excellent characteristics. Good conductivity enables it to transmit electrical signals quickly and accurately, ensuring the timely transmission of communication information; Excellent thermal conductivity is helpful to dissipate the heat generated in time during the operation of the equipment and maintain the stable operating temperature of the equipment; Corrosion resistance enables parts to maintain good performance in various complex environments, and its function will not be easily affected whether it is wet weather conditions or the environment with electromagnetic interference.
Swiss lathe, as a leader in the field of precision machining, provides solid technical support for the production of this part. Its advanced control system can realize micron-level precise control, and the machined parts have extremely high dimensional accuracy and good shape consistency. This precision manufacturing process not only improves the quality of parts, but also reduces the time and cost of equipment debugging caused by the accuracy problem of parts, which greatly improves the production efficiency and reliability of communication equipment.
Compared with other common materials, brass alloy shows unique advantages in the field of communication. In terms of conductivity, it can effectively reduce the resistance in the process of signal transmission and improve the speed and quality of signal transmission; In terms of corrosion resistance, its performance is better than that of ordinary metal materials, and it can work stably in harsh environment for a long time, reducing the maintenance cost and failure rate of equipment and prolonging the overall service life of equipment.
The minimum order quantity of 100,000 pieces and the production cycle of 30 days are carefully designed to meet the mass production needs of the communication industry. For communication equipment manufacturers, stable large-scale supply capacity is very important. This product can meet their large demand in the peak production period, ensure the continuous operation of the production line, and will not lead to production stagnation due to the shortage of parts, thus providing a strong guarantee for the production plan of the enterprise.
As a signal transmission component, connecting lines and signal conversion devices to ensure stable signal transmission inside and outside the base station is a key link to ensure smooth communication and fast Internet access for mobile phone users. In base stations in densely populated areas, this component has the characteristics of high precision and stability, which can effectively avoid signal congestion and attenuation and provide stable communication support for a large number of users online at the same time.
Inside the mobile phone, it helps to handle signal receiving and conversion, improve the sensitivity of mobile phone signal reception, ensure clear call quality and fast data transmission, and enhance the user experience.
Inside the router, it is responsible for the efficient transmission and exchange of data signals to ensure smooth network. Whether it is a home network or an enterprise office network, it can ensure the stable connection of multiple devices at the same time and realize high-speed Internet access.
As the core equipment of network data exchange, its internal brass alloy parts ensure accurate data forwarding, improve network communication efficiency, and meet the needs of enterprises and data centers for rapid processing of a large number of data.
In the satellite communication system, it undertakes the important task of signal transmission and conversion. Even in the complex space environment, facing the challenges of strong radiation and extreme temperature, it can still work stably with its high precision and excellent material characteristics, ensuring reliable communication between the earth and satellites, and is widely used in satellite TV, satellite phone and military satellite communication.
