SIEMENS AUTOMATION<\/strong><\/a> engineers who can execute any complex industrial automation project with high quality and accompanying service. Implementing an industrial automation project is ideal for old factories equipped with Soviet-era technology. <\/p>\nWhy industrial automation?<\/h2>\n
Industrial automation offers a wide range of advantages. It significantly reduces company expenses on wages for production operators working in multiple shifts. It also lowers maintenance costs required for machine and equipment operation while ensuring higher productivity.
Automation eliminates human errors and inaccuracies that may occur during production processes. For example, in the automotive industry, piston installation in engines was previously performed manually with an error margin of 1\u20131.5%. Today, this process is carried out using automated machines with an error rate as low as 0.00001%.
It also reduces production waste and eliminates the impact of human fatigue, ensuring consistently high product quality. Adding new functions to a production process previously required staff retraining, whereas robots and computer systems can be reprogrammed more easily, making the process highly flexible.
Additionally, industrial automation enhances workplace safety by replacing human workers in hazardous environments with robots capable of performing dangerous tasks. <\/p>\n
\ud83d\udcde For more information, contact us: 032 206 01 00<\/b><\/p>\n","protected":false},"excerpt":{"rendered":"
Industrial automation refers to the use of control systems and machinery in manufacturing\u2014such as computer software and robots\u2014to perform various tasks and monitor processes that were historically carried out manually by humans.<\/p>\n","protected":false},"featured_media":1587,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_et_pb_use_builder":"off","_et_pb_old_content":"Industrial automation involves the use of control systems and machinery (such as computer programs and robots) in manufacturing to perform various tasks and monitor processes that humans historically did manually.\n\nIn the manufacturing industry, automation has evolved from the use of hydraulic and pneumatic systems to today's modern robots. The modern form of automation originated during the Industrial Revolution in the 1800s, when automatic processes and tools were used in factories to increase productivity. \n\nFord Motor Company is considered one of the pioneers of industrial automation, having introduced the automobile assembly line into the production process in 1913. The term 'automation' was not widely used until 1947, after this method was developed and refined first in Japan (which leads in manufacturing automation) and later in the United States, becoming an established global practice for using automatic devices and control mechanisms in mechanized production. \n\nInitially, automation served to increase productivity (as automated systems can operate 24 hours a day) and reduce costs associated with human resources (e.g., salaries and incentive bonuses). However, the goal of automation gradually shifted to improving quality<\/strong><\/strong>, flexibility, and production process<\/strong><\/strong> safety<\/strong>. \n\nAdvantages<\/strong> of Industrial Automation<\/strong>\n\nIndustrial automation offers a range of advantages, including significant savings for companies on salaries paid to production operators working multiple shifts. Industrial automation also reduces the costs required for technical maintenance of machinery. \n\nHigh<\/strong> productivity<\/strong> is another advantage of industrial automation. A company can run its production process 24 hours a day, 7 days a week, 365 days a year. \n\nIndustrial automation eliminates errors and inaccuracies that humans might make in the production process. In the automotive industry, piston installation in engines was done manually with a 1-1.5% error rate. Currently, the process is carried out using automatic machines with an error coefficient of 0.00001%. Industrial automation also reduces the volume of production waste and eliminates the fatigue factor. This ensures high product<\/strong> quality<\/strong>.<\/strong> \n\nAdding new functions to the production process requires retraining personnel, while robots and computers can be programmed more easily, ensuring process flexibility<\/strong>.\n\nIndustrial automation allows for faster and more accurate data collection<\/strong>, making it easier for managers and company executives to make correct decisions.\n\nIndustrial automation ensures high safety<\/strong>. Robots replace employees in performing tasks in hazardous conditions. \n\nDisadvantages of Industrial Automation<\/strong> \n\nIndustrial automation requires high initial investments to transition from human-operated lines to automated production, and also entails additional costs for retraining employees.\n\nAutomated machinery is not suitable for all applications, as it cannot perform non-standard or non-repetitive functions.\n