CNC Turned Components are components manufactured through turning technology.
Definition
CNC Turned Components are a type of component produced by machining products on a lathe. It uses the rotational motion of the workpiece and the linear or curved motion of the tool to change the shape and size of the blank, and processes it into parts that meet the requirements of the drawing.
Processing process
Basic motion: CNC Turned Components are performed on a lathe, mainly through the rotational motion of the workpiece and the linear or curved motion of the tool.
Cutting method: The cutting energy of CNC Turned Components is mainly provided by the workpiece rather than the tool. The cutting tool performs cutting on the workpiece, thereby changing the shape and size of the workpiece.
Processing accuracy: The accuracy of CNC Turned Components can generally reach IT11-IT7, and some can even reach IT6. The surface roughness Ra can reach 12.5-0.8um, demonstrating its ability for high-precision machining.
Processing tools and cutting tools
Machining tools: mainly used for machining with lathes.
Tools used: mainly turning tools, used for cutting on workpieces.
Application area
CNC Turned Components have a wide range of applications in many fields, including but not limited to:
Mechanical manufacturing: such as machine tools, petroleum machinery, mining machinery, textile machinery, etc. Turning parts can be used to manufacture various mechanical parts, shaft parts, gears, racks, etc.
Automotive manufacturing: Turning parts are also widely used in the automotive manufacturing industry to manufacture various components.
Brass Copper machining is a process of making copper materials into desired shapes and sizes of components or products through mechanical processing. Copper machining has the following advantages:
Good conductivity and thermal conductivity: This makes copper components excellent in the electronic and electrical fields, as well as applications that require efficient heat transfer.
Good machinability: Copper is relatively soft, easy to cut and shape, and can achieve complex shapes and high-precision dimensions.
Common brass copper machining methods include:
Turning: used for machining cylindrical outer surfaces, inner holes, end faces, etc. For example, manufacturing copper shaft parts.
Milling: can process flat surfaces, curved surfaces, grooves, gears, etc. For example, making copper mold inserts.
Drilling: Machining holes on copper parts. Drill holes on copper plates for installing electronic components.
Boring: Expanding and repairing existing holes to improve their accuracy and surface quality.