Automation, in general, refers to the application of control systems such as numerical control, programmable logic control, and other industrial control systems. Automation, in conjunction with other information technology applications such as computer-aided technologies (CAD, CAM, CAx), manages industrial machinery and processes and reduces the need for human interaction. There are many companies out there that provide these automated systems, like Omron products Malaysia, and others that are experienced and well-versed in the industry. Here are a few of the different types of industrial automation systems to know about.
Fixed Automation or Hard Automation
This is an automated technique in which a robot or machine is intended to do a particular, highly repetitive operation at a high rate of output. These procedures are set in stone and cannot be altered, yet they are extremely fast, accurate, safe, and have remarkable results. The advantages of this sort of automation are excellent for operations with high load volume and minimal work variance. This is the most cost-effective method of automation.
It refers to equipment that can adapt to a broad range of product combinations. A computer is in charge of the process, which may be configured to modify its operation to various products. It can be particularly handy when a company produces a variety of products that require diverse setups. This sort of automation has a greater cost and functions at a slower speed than hard automation. It’s especially well suited to operations that produce a few comparable items in batches. There are two types of automation: programmed automation and flexible automation.
This type of automated industrial processes is regulated by a programme that consists of a set of programming code for the system to comprehend. Because the system is entirely adaptable, new software may be utilized in these procedures to create new goods. At both the software and hardware levels, it is possible to reconfigure and change the equipment. Because the process of resetting the machine to accommodate it to new items is hard and time-consuming, it is advised that this sort of automation be used in sectors with low production. As a result, the processes are completed in batches.
Flexible Automation enables a machine to be quickly configured to fit a new product. In this approach, changing configurations from one thing to another takes almost no time. There is no need to conduct the goods in different groups, since no time is lost updating the system or changing the physical configuration of the equipment with this sort of automation. This form of automation is ideal for medium-sized productions. Production is constant and may be modified to the many types of goods encountered by an industrial plant thanks to the installation of Flexible Automation.
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