GUANGDONG SUNNY CNC MACHINERY CO.,LTD.
CNC LATHE
Right after Between CNC Turning CNC Milling and
by：SUNNY
2020-07-08
Computer Numerical Control (or CNC) expresses the automation of machine tools, like lathes, drill presses and screw machines, which are engaged in the 'machining' process in which such tools cut metal components to desired aspect. These machine tools are operated by abstractly programmed controls which are encoded on the storage medium, the mostly used examples in modern CNC production processes being the highly automated CAD (Computer Aided Design) and CAM (Computer Aided Manufacture). Both of which processes play vital roles in CNC turning, CNC milling and CNC machining.
CNC machining
The involving CNC machining, compared to manual machining, allows greatly improved accuracy, productivity, efficiency and safety as (due to reduced human interaction with the machinery) operators are placed at less risk. Also, CNC machines are inside a position run unmanned for for a longer time of serious amounts of in the case of an error or problem occurring, the CNC software automatically ceases its operation and pages or calls an off-site supervisor. Also, CNC production allows for greater speed of production as parts that would require multiple steps to fabricate otherwise can be produced quickly by the automated equipment.
CNC turning
Turning is the process every single time a single point cutting tool is parallel to cling. The material (be it metal, wood, plastic or stone) will likely be rotated as well as the cutting tool traverses across 2 axes of motion in order to produce exact depths and diameters. This can be done close to outside with the material or on the medial (in an operation known as boring) can easily be used to produce tubular components to several required sizing. This process might done manually but nowadays it one is the most common in order to a computer controlled and automated lathe which, unlike the manual process, does not require constant supervision by an driver.
CNC milling
CNC milling involves the use of commands or G-codes programmed in the milling machine with each alphanumeric code having a designated function to be performed by the equipment. The mills then drill and turn along axes to cut and shape the material to the dimensions programmed in the machine. CNC milling machines can be controlled using the computer controls or the manual overrides which are located on the top of gear. Although the program is the preferred means of controlling the process, mainly because the spindle could be programmed supplementations any required cuts, when using the manual overrides allow the operator to speed up and slow down when necessary.
CNC machining
The involving CNC machining, compared to manual machining, allows greatly improved accuracy, productivity, efficiency and safety as (due to reduced human interaction with the machinery) operators are placed at less risk. Also, CNC machines are inside a position run unmanned for for a longer time of serious amounts of in the case of an error or problem occurring, the CNC software automatically ceases its operation and pages or calls an off-site supervisor. Also, CNC production allows for greater speed of production as parts that would require multiple steps to fabricate otherwise can be produced quickly by the automated equipment.
CNC turning
Turning is the process every single time a single point cutting tool is parallel to cling. The material (be it metal, wood, plastic or stone) will likely be rotated as well as the cutting tool traverses across 2 axes of motion in order to produce exact depths and diameters. This can be done close to outside with the material or on the medial (in an operation known as boring) can easily be used to produce tubular components to several required sizing. This process might done manually but nowadays it one is the most common in order to a computer controlled and automated lathe which, unlike the manual process, does not require constant supervision by an driver.
CNC milling
CNC milling involves the use of commands or G-codes programmed in the milling machine with each alphanumeric code having a designated function to be performed by the equipment. The mills then drill and turn along axes to cut and shape the material to the dimensions programmed in the machine. CNC milling machines can be controlled using the computer controls or the manual overrides which are located on the top of gear. Although the program is the preferred means of controlling the process, mainly because the spindle could be programmed supplementations any required cuts, when using the manual overrides allow the operator to speed up and slow down when necessary.
