Precision Turned Parts are parts manufactured through high-precision machining techniques. These parts typically have the following characteristics:
High precision: The core feature of Precision Turned Part is its high precision. The dimensions and shapes of these parts are manufactured according to strict standards and tolerances to ensure accurate fit during assembly and use, achieving the predetermined functions and performance.
High quality: Due to the use of advanced processing technology and strict quality control measures, Precision Turned Parts typically have excellent quality. Their surface smoothness is high, the material structure is uniform, and there are no defects such as pores and slag inclusions, which can meet various complex and harsh working conditions.
Diversity: Precision Turned Parts can be manufactured from various materials, including metals, plastics, ceramics, etc. These parts are widely used in fields such as automotive, aerospace, electronics, medical, etc., to meet the demand for high-precision parts in different industries.
Customization: Precision Turned Parts are usually customized based on the specific needs and drawings of the customer. Manufacturers can choose appropriate materials and processing techniques based on the drawings and requirements provided by customers to manufacture parts that meet their requirements.
Precision Turned Part has high requirements for machine tools to ensure the production of high-precision and high-quality parts:
Machining accuracy requirements: The machine tool needs to have extremely high machining accuracy to meet the tolerance requirements of Precision Turned Parts. For example, the machining accuracy of machine tools should be able to reach hundreds of millimeters or even higher to ensure the dimensional and shape accuracy of the parts.
Stability and rigidity: Machine tools need to have good stability and rigidity to reduce errors caused by vibration and deformation during the machining of Precision Turned Parts. The structural design of the machine tool should be reasonable and able to withstand cutting forces and thermal deformation during the machining process, ensuring the machining quality of the parts.
CNC system: Precision turning usually relies on CNC systems to achieve automation and efficient production. Therefore, machine tools need to be equipped with advanced CNC systems that can accurately control parameters such as tool movement trajectory, cutting speed, and feed rate to achieve high-precision machining.
Tools and fixtures: Precision turning requires the use of high-quality tools and fixtures to ensure the stability and machining accuracy of the Precision Turned Parts cutting process. The cutting tool needs to have good wear resistance and cutting performance, and the fixture needs to be able to firmly fix the workpiece to prevent displacement or deformation during the machining process
How To Ensure The Machining Accuracy of Precision Turned Parts
The Accuracy of CNC Precision Turned Parts
