CNC machined parts have many significant advantages, which make CNC machining technology widely used in modern manufacturing industry
High precision: CNC machining uses pre programmed computer instructions to control the machine tool, which can achieve extremely high machining accuracy. This type of accuracy is much higher than traditional manual or mechanical processing methods, and can meet the extremely high requirements for the size and shape accuracy of CNC machined parts in applications.
High efficiency: Once CNC machine tools are programmed and set up, they can perform continuous automated processing without the need for manual intervention. This greatly improves production efficiency, reduces processing time and labor costs.
Flexibility: CNC machining technology is very flexible and can adapt to the machining needs of CNC machined parts of different shapes and sizes by modifying the machining program. This enables CNC machine tools to process various complex parts without the need for machine tool replacement or tool adjustment.
High repeatability: CNC machining is based on pre programmed instructions, so each machining can ensure the same accuracy and results. This high degree of repeatability is a key factor in mass production and quality control.
Reducing human errors: Due to the automation of CNC machining, the possibility of human errors is reduced. This helps to improve the quality and consistency of CNC Machined Parts products, and reduce scrap rates.
CNC Machined Parts are widely used in the following fields:
Aerospace field: used to manufacture engine parts, fuselage components, etc. for aircraft, satellites, and other aerospace spacecraft.
Automotive manufacturing field: used for manufacturing automotive parts, frames, body panels, etc.
Precision machinery: fields that require high-precision processing, such as medical devices and precision instruments.
CNC machine tools mainly consist of the following parts:
Machine tool body: including the bed, spindle, feed mechanism, etc., is the main part for cutting processing.
CNC system: composed of computer hardware and software, responsible for receiving, processing, and sending machining instructions, controlling the movement and machining process of the machine tool.
Servo system: receives instructions from the CNC system to drive the machine tool for precise motion.
Measurement system: used for real-time monitoring of the motion status and machining quality of machine tools, ensuring machining accuracy.
Advantages of CNC Machined Parts
Characteristics of Custom CNC Machined Parts
