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What is Industrial Automation, and why is it important?

The use of control functions, such as computers or robots, and information technology to manage various processes and types of machinery in an industry to replace a human being is known as industrial automation. Automation saves a lot of time and works while also allowing a job to be completed more properly. According to Fortune Business Insights, the global industrial automation industry is expected to reach $296.70 billion by 2026. Let’s look at the top benefits of industrial automation.

  1.       Reduces Cost

The lowering of manufacturing costs is one of the most significant advantages of automation. Rather than having a hall packed with employees, you may now have a few managers and have robots do the work. The initial expenditure will be somewhat costly, but operating costs will gradually decrease, which will be helpful in the long run. Only maintenance, repairs, and energy will be included in your costs. By offering information and insight to make the best manufacturing decisions, AI and data analytics have also helped lower production costs.

  1.       High Productivity

Even though many corporations engage hundreds of production workers for up to three shifts to keep the factory running for as long as possible, the facility must nevertheless close for maintenance and holidays. Industrial automation helps the corporation achieve its goal by allowing it to operate a manufacturing plant 24 hours a day, seven days a week, and 365 days a year. This results in a huge increase in the company’s productivity.

  1.       Improves the Quality

Industrial automation also aids in increasing and providing consistent output quality. The error compared to a human being is reduced via automation. Furthermore, unlike humans, robots do not experience tiredness, resulting in items of consistent quality produced at different times.

  1.       High Levels of Industrial Safety

Improved worker safety is a massive advantage of automation. The use of robots to load and unload goods, as well as to transfer large machine parts, reduces the danger of accidents. Workers are also kept from getting too close to assembly lines thanks to industrial automation. The temperatures in the production facility are constantly monitored by thermal sensors. The sensors will transmit a warning if they detect a temperature increase. Precautions can be taken right away to guarantee that everyone on the manufacturing floor is safe.

  1.       Increasing Accuracy of Data

Accurate data consolidation and connectivity are the basis of data automation. Adding automated data collection to your process can help you collect important production data, increase data accuracy, and save data collecting expenses. This gives you the information you need to make informed decisions about waste reduction and process improvement. You can be guaranteed exact results when correct data is employed in the manufacturing process. Machine Learning software was used to create a self-learning assembly line quality control system. Scalable and self-learning ML and AI systems are available. Both of these aspects assure that the automated machines consistently produce reliable results.


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