The Machining Process Classification is process of shaping solid materials either at a high or low rate of speed. Machining uses machines that are usually designed for rotating, slicing or cutting different materials. These machines are also known as machines and are used to quickly produce repetitive pieces of a specific size or shape. This type of machining has several classifications depending on the type of machine used, the kind of material to be cut and the kind of machine operator.
The first classifications of machining process classification are for plastic machining. Plastic machining deals with the reduction of plastic material into various shapes and sizes. Most of these products are then used in industrial and manufacturing applications. A good example of a plastic machining process is a cold roll forming machine, which is used to make hollow parts that can then be machined to produce pipe fittings, handles, pump parts, etc.
The next classification is for metal machining, which mainly deals with reducing large pieces of metal into various shapes and sizes. Some of the most common types of metal machining processes used today are stamping, machining, laser machining and CNC machining (Computer Numerated Control) systems. Stamping machining is a type of machining that uses a computer to precisely create patterns of a given shaped piece. Laser machining uses chemicals or laser energy to reshape metal by heating it up and pulsing it with the help of a laser beam.
There are further classification based on what part of the body the machining is done on. For instance, there are plastic machining methods used to cut different kinds of plastic parts such as hollow parts, soft plastic parts, hard plastic parts and others. One of the most common types of this process is injection machining which is used to manufacture different kinds of hardware such as buttons, fobs, wheels, handles, locks, bolts, pedals and others.
There is also a classification based on how the material is machined. There are types of machining depending on what it does to the part. For instance, abrasive machining is used to remove a small amount of material from the surface of the part that needs to be cut. This method can also be used to polish hardening components. It also helps in making the surfaces of the parts smooth and flat.
The last classification is for water jet machining, which is the fastest type of machining process. Water is used to shoot jets of water at the parts that have to be cut. The speed of these jets depends on the size of the parts that are being cut. This type of machining is ideal for manufacturers who want to quickly make prototypes or small parts. Other types of machining are also used for different purposes. For instance, an abrasive material is used to remove small amounts of material from the surface of a part so that it can then be machined into other shapes and sizes.