In the context of applying modern technologies in industry, terms such as automation and robotics in production processes often arise. They are sometimes used interchangeably, but they do not mean the same thing, even though both involve modifications to the solutions used in a company and aim to increase work efficiency. Here, we explain the differences between them and the benefits of implementing them in your own business.
What are the differences between automation and robotics in production processes?
When discussing automation and robotics in production processes, it should be noted that the first term is broader than the second. Every instance of robotics is, in practice, a form of automation, but automation does not necessarily imply robotics. Automating production primarily involves the use of certain automatic or semi-automatic solutions that streamline processes. In practice, these include sensors, controllers, or monitoring systems. They do not necessarily replace humans but work alongside them, facilitating and shortening individual tasks. The human factor can also be replaced in the simplest, repetitive tasks. Production robotics is considered a more specialized and advanced form of automation. It involves designing robots that genuinely replace humans, sometimes even mimicking their movements. As a result, a production line consists of both humans and machines working side by side. Robotics, due to its higher level of specialization, also offers greater flexibility. Individual software systems can be adapted to evolving technologies, changing market conditions, and current production needs.
What are automation and robotics in production processes based on?
The foundation for automation and robotics in production processes is individually designed equipment and software. In the case of automation, this primarily includes assembly lines that accelerate and coordinate work between different workstations. Additionally, production monitoring is widely used in the form of sensors and recorders. This helps to eliminate potential errors related to the materials being used at the production stage itself.
Robotics largely relies on devices capable of independent operation. These devices are more technologically advanced and can, for example, perform movements that allow manipulation of objects across multiple axes. Individual machines are also able to move autonomously and communicate with their environment. This is made possible by sensors and detectors that allow them to perceive stimuli from their surroundings. Both long-established standard industrial robots and increasingly advanced machines are used, with capabilities improving alongside technological development. These include collaborative robots (cobots) that work alongside humans, as well as autonomous robots capable of performing tasks without external infrastructure or a direct power connection. Most of these solutions are based on equipment and software that are custom-built rather than mass-produced. Therefore, it is essential to precisely define the company’s needs, conduct testing phases, and integrate the machines with technologies already in use in the workplace.
Automation and robotics in production – benefits of implementation
Although automation and robotics in production processes are two distinct approaches, they are often implemented simultaneously, complementing each other. Their specific objectives may differ, but their broader, long-term goals largely align. Here are some of the key benefits of production automation and its robotics:
- Improved product quality – achieved through greater production consistency, making it easier to maintain appropriate quality standards,
- Fewer defective products and complaints – due to the elimination of errors naturally associated with human work,
- Shorter production time – certain processes can be completed faster, increasing overall efficiency,
- Cost reduction – individual tasks require less employee involvement, and machines can operate continuously; the costs of handling complaints and defective product batches are also reduced,
- Optimization of the entire production process – automation and robotics create a system that allows better monitoring of operations. The data collected enables detailed analysis of resource usage and implementation of further improvements to optimize workflow and enhance overall company efficiency,
- Employee development – workers replaced by machines often do not need to seek new employment. Their knowledge and experience can be leveraged within the same company, allowing them to move into more ambitious, creative roles. Additionally, new positions are created for operating and monitoring machinery, where employees familiar with the workplace can excel.
