Level of automation of CNC lathe, high efficiency and stability
Release Time:
2025-07-10
Digital control technology refers to the technology used to control the operation of one or more mechanical equipment by means of digital commands, which include numbers, messages, and symbols
Digital control technology refers to the technology used to control the operation of one or more mechanical equipment by means of digital commands, which include numbers, messages, and symbols. Digital control generally uses a common or specialized computer to carry out digital program control. Therefore, digital control is called foreign CNC digital computer control, often referred to as CNC, almost does not use the concept of NC at all. It often controls mechanical quantities such as position, angle, speed and number of switches associated with mechanical power flow. CNC creation is based on the presence of a data provider and binary data processing. In 1908, the punched sheet metal exchangeable data reader appeared. In the late 19th century, a control system using paper as a medium for transmitting data and with auxiliary functions was invented. In 1938, Shannon performed calculations and quickly transmitted data at the Massachusetts Institute of Technology, laying the foundation for modern computers, as well as a digital computer-controlled system. Digital control technology has been developed closely with mechanical machine control. In 1952, the first CNC machine was born, becoming an important event in the history of the world's machining industry, promoting the development of automation systems. Digital control technology, also called digital computer control technology. (CNC), which is a computer-based technology to implement digital program control. This technique uses computers to perform various logic control functions, tracking the movement of devices and peripherals according to the previously recorded control program, due to the use of computers to replace the traditional digital control devices with hardware logic circuits. To perform various controls, such as storage, processing, operation, logical decision making, and input operation instructions, it is possible with computer software to process micro instructions created to drive the servo motor or hydraulic components in the operation of the equipment.
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