Modern industry is primarily characterized by the ability to achieve high efficiency while maintaining the lowest possible production costs and a level of quality that satisfies buyers. Gaining a competitive edge while meeting these objectives is possible through hiring specialized staff, using the right raw materials, and—most significantly—the full automation of technological processes. Let’s find out what the benefits are and see which solutions are most commonly used.
What does technological process automation involve?
Process automation involves eliminating tasks traditionally performed by employees that can be carried out faster and more efficiently by machines. Systems that implement these solutions must be equipped with sets of sensors to verify the progress of specific operations and trigger the processes necessary to maintain optimal conditions. Sensors also allow for checking whether the product being manufactured has reached the required state.
Data collected from various points is transmitted to PLCs (Programmable Logic Controllers), which manage the operation of specific machines or their components. Based on whether the parameters meet the criteria predefined in the software, the program automatically “decides” whether to trigger the next stage of the technological process or if a correction or intervention in the current stage is necessary.
What are the benefits of automation?
Technological process automation leads to a reduction in headcount and simpler supervision over specific tasks, as well as monitoring the status of the entire production line. Data obtained directly from the equipment facilitates production management, maintenance and repair planning, and improves inventory management efficiency. An additional advantage is better control over the parameters of individual operations, which ensures the high quality of the manufactured product. Leveraging modern IT technologies combined with advanced industrial automation also results in faster and easier configuration of settings and more efficient monitoring of key parameter indicators.