We know what you’re thinking: “I’ve never heard of Industrial Automation before.”
It’s okay—we were in the same boat. It’s a tough name to remember, and it doesn’t help that it can be used in so many different ways. But once we learned what Industrial Automation actually is, we knew we had to share it with you.
So what is Industrial Automation? Basically, it’s the process of using machines and computers to control tasks in manufacturing plants. The machines can be anything from conveyor belts to robots, and the tasks they control can be anything from quality control checks on products to monitoring the temperature inside a factory.
Industrial Automation was first implemented in the 1950s when companies started using robots for repetitive tasks like assembly line work or moving heavy objects around warehouses. But today, Industrial Automation has expanded beyond just simple machines and robots—it includes everything from computerized machines that monitor chemicals being produced in factories to GPS systems that track where every employee is within a facility at any given moment!
So if you ever hear someone talking about how they’re going “back office” or “downstream,” just know that these terms are often used interchangeably with Industrial Automation.
Industrial automation is the use of control systems and information technology to assist in the operation, monitoring, and performance of industrial processes. Such systems are used to replace human intervention in routine operations, improve efficiency, and reduce costs.
There are many types of Industrial Automation:
- Automated Guided Vehicles (AGV)
- PLCs (Programmable Logic Controller)
- SCADA (Supervisory Control And Data Acquisition) System.
The Industrial Internet of Things (IIoT) is the next big thing in industrial automation. The IIoT refers to the collection of physical objects, vehicles, buildings and other items that have sensors, software and connectivity to enable them to interact with their internal states or external environments.
The IIoT provides a way for organizations to use data from connected devices to make better decisions. It has the potential to allow companies to collect information about their manufacturing processes, supply chains and customers.
now, we will discuss the advantages of industrial automation.
Industrial automation offers a faster pace that can help you meet tight deadlines when it comes to producing products. This means that you’ll be able to save time and money by not having to hire more employees or invest in extra training programs if you’re short-staffed at any given time.
Another advantage of industrial automation is its accuracy in terms of producing products on time and within budget. Since robots do not get tired like humans do after sitting at a desk for hours on end, they can continue working without interruption until their task is complete — which means fewer mistakes being made along the way!
Industrial automation provides consistent quality control by eliminating human error.
Because industrial robots are able to operate continuously for long periods of time without getting tired or making mistakes, they are safer than human workers who need breaks and rest periods in order to avoid fatigue-related accidents.
Industrial robots can work quickly and efficiently without requiring breaks or stopping for lunch breaks. This increases productivity while reducing costs associated with hiring human workers who take breaks during shifts or require additional training time before they’re ready for full-time employment. Industrial automation will make manufacturing more efficient, increase production output, and create job opportunities.
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