Computer numerical control (or CNC)
Refers to the automation of machine tools, such as lathes, drilling machines and screw machines, which are used in the \"processing\" process, in which the tools cut metal parts into the required dimensions.
These machine tools are controlled by abstract programming encoded on storage media, and the most commonly used example in modern CNC production is highly automated CAD (
Computer-aided designand CAM (
These two processes play a vital role in CNC lathe, CNC milling machine
and CNC machine tool processing.
Compared with manual machining, CNC machining can greatly improve accuracy, productivity, efficiency and safety by using CNC machining (
Reduced human-computer interaction with machines)
Operators face less risk.
In addition, the CNC machine is able to run unattended for a long time, and if an error or problem occurs, the CNC software automatically stops the operation and the page, or calls off-On-site supervisor.
In addition, CNC production allows higher production speeds because parts that require multiple steps to be manufactured can be produced quickly by automated equipment.
CNC cutting is a process in which a single point cutting tool is parallel to the material. The material (
Whether it\'s metal, wood, plastic or stone)
The tool then rotates through two motion axes to produce a precise depth and diameter.
This can be done outside or inside the material (
In a process called boredom)
It can be used to produce tubular components of various required sizes.
This process can be done manually, but now it is more common to use an automated lathe controlled by a computer, which, unlike a manual process, does not require continuous supervision by the operator.
CNC milling includes the use of commands or G-
Code programmed into the milling machine, each alphanumeric code has the specified function performed by the machine.
The Mills then drill holes and rotate along the axis, cutting the material into dimensions programmed into the machine.
CNC milling machines can be controlled using computer control or manual coverage located at the front of the machine tool.
While the program is the preferred method to control the process, since the spindle can be programmed to perform any required cutting, the use of manual coverage allows the operator to speed up and slow down when necessary.
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