Hot Sell Aluminum Metal Panel Price Cheap 5 Axis CNC Turning And Milling Machining Parts

Surface treatment of aluminum products

Wire drawing

Metal wire drawing is a manufacturing process in which aluminum sheets are repeatedly sanded out of the wire. Drawing can be divided into a straight line drawing, random drawing, spiral drawing, and thread drawing.

Anodic oxidation

Anodic oxidation refers to the electrochemical oxidation of the metal or alloy, aluminum, and its alloy in the corresponding electrolyte and specific process conditions, due to the action of the impressed current, aluminum products (anode) on the formation of a layer of the oxide film process. Anodic oxidation can not only solve the defects of aluminum surface hardness, wear resistance, and other aspects, but also prolong the service life of aluminum and enhance the aesthetic degree, has become an indispensable part of aluminum surface treatment and is currently the most widely used and very successful process.

CNC machining parts is a process used in the manufacturing process, involving the use of computers to control machine tools. The most common machine tool workshops that can be controlled in this way are CNC turning parts and CNC milling parts.

What are the functions of CNC turning and milling parts?

Point control of CNC turning and milling parts: point control of CNC turning and milling parts is mainly used for hole processing of the workpiece, such as central drilling positioning, drilling, reaming, and boring.

Continuous control of NC turning and milling parts: milling the plane and surface of the workpiece through linear interpolation, arc interpolation, or complex curve interpolation of NC turning and milling parts.

Tool radius compensation for CNC turning and milling parts: if the workpiece contour line is directly programmed, the actual contour line will increase by a tool radius value when machining the internal contour of the workpiece. When machining the external contour of the workpiece, the actual contour will be reduced by one tool radius value. CNC turning and milling parts use the tool radius compensation method to automatically calculate the tool center path, so that the tool center and the workpiece contour deviate from the tool radius value, and process the contour that meets the requirements of the drawing.

What can CNC turning and milling parts be used for?

Due to technological progress, CNC turning and milling parts are rapidly replacing some older and more traditional production lathes, such as multi-spindle. CNC turning and milling parts have many advantages. They can be easily set up and operated. CNC turning and milling parts have high repeatability and first-class accuracy in production.

Due to the automation of CNC turning and milling parts, its application has been extended to different industrial fields, such as wind energy, aviation, and even railway.

The aerospace industry has a long history of CNC turning and milling parts. Metal aircraft parts can be processed with high precision, which is very important for the application of safety. A variety of Engineering metals compatible with CNC turning and milling parts provide aerospace engineers with many choices.

The automotive industry often uses CNC turning and milling to process parts in prototype manufacturing and production. The extruded metal can be processed into gas cylinders, gearboxes, valves, shafts, and other components, while the plastic can be processed into components such as instrument panels and gas meters. CNC turning and milling parts can also be used to create one-time customized auto parts, or even replace parts because the turnover time is fast and there is no minimum required number of parts.