CNC Turned Components refer to precision components processed by computer numerical control (CNC) machine tools. These components are commonly used in various manufacturing and engineering applications as they can provide high-precision and high-efficiency manufacturing solutions:
Definition and characteristics:
CNC Turned Components are parts obtained through pre programmed CNC machine tools for turning. This machining method uses a computer to control the movements of the machine tool, achieving precise cutting, drilling, milling and other operations. Compared to traditional manual machine tools, CNC machining has higher production efficiency, better machining accuracy, and lower labor costs.
Application field:
Manufacturing: CNC Turned Components are widely used in various manufacturing industries, such as automotive manufacturing, aerospace, shipbuilding, etc., for processing various metal and non-metal components.
Craft manufacturing: In industries such as carving, mold manufacturing, and clock manufacturing, CNC machining can accurately carve various complex patterns and structures.
Creative design: Artists and designers can use CNC technology to create various artworks, furniture, decorations, etc., adding more beauty and creativity to life.
Processing process:
Design and formulate machining process: Firstly, design CNC Turned Components and formulate machining process, including selecting appropriate cutting tools, cutting parameters, cutting paths, etc.
Write machining program: Use CAM (Computer Aided Manufacturing) software to convert design files into machining programs, including machine tool action instructions, cutting parameters, cutting paths, and other information.
Machine tool clamping and tool clamping: clamp the workpiece onto the machine tool and select the appropriate tool for cutting.
Machining operation: Input the machining program into the CNC machine tool controller, and the machine tool will cut according to the path and speed specified by the program.
Processing inspection and repair: After completing the processing, inspect and repair the CNC Turned Components to ensure that the parts meet quality requirements.
Advantages:
High precision: CNC machining can achieve machining accuracy at the micrometer level, meeting the needs of high-precision parts.
High efficiency: CNC machining can continuously produce for long periods of time, greatly improving production efficiency.
Flexibility: By modifying the machining program, CNC machine tools can easily adapt to the machining needs of parts of different shapes and sizes.
Reducing labor costs: CNC machining reduces reliance on labor and lowers production costs.