6. Application of numerical control system
Numerical control systems have found application in a wide range of different industries and applications. The most common uses are in automated production machinery, such as lathes and millers. Numerical control systems can also be used to control robotic arms, as well as automated assembly and production lines, such as those used in the automotive industry. Numerical control systems can also be used in the astronautics and aviation sectors, controlling the navigation and control systems of vehicles such as aircraft, helicopters, and rockets.
Numerical control systems are also commonly used for non-industrial applications, such as in architecture and computer-aided design, where they are used to program computer-aided drafting software. In addition, numerical control systems are used in GPS systems, and for controlling laboratory instruments, such as spectrometers and chromatographs.
7. Conclusion
The numerical control system has revolutionized manufacturing in the modern world. Through the application of computers and digital technology, the accuracy, precision and repeatability of production processes has been greatly enhanced. Machinists, engineers and designers are now able to produce products of a much higher standard and quality, in a much shorter amount of time. Advances in numerical control systems have also allowed for increased flexibility and customization in production, so that companies can quickly and easily adapt to the changing demands of industries. Despite the challenges involved in setting up and programming numerical control systems, the potential advantages they provide easily outweigh any disadvantages.
