The majority of us have seen documentaries in embedded seystems which production line robots are employed.These documentaries convince us that the production makes use of robots is obvious—probably the only use of robots.That is not the case, however.The development of technology of embedded sustems has advanced to the point where businesses are also employing service robots and industrial robots to complete tasks effectively.
A distinct classification of robots and their functions has emerged as a result of the evolution of bespoke product design, intelligent machines and the acceptance of their use in everyday tasks across all industries.In general, robots fall into two categories: service robots and industrial robots.You won't be able to tell the difference between these two kinds of robots any more after reading this article.
What advantages of automation do service robots provide?
They have different advantages, with the most unmistakable ones connected with productivity and viability.Additionally, they can reduce the workforce requirement, thereby bespoke system development lowering the service's operating costs.
In addition, the service industry's adoption of robots holds promise for precision and improved outcomes.All of these advantages of industrial robots have been demonstrated.In a similar vein, it is anticipated that the service industry will also benefit from these advantages in the future. The primary distinction between embedded system programming and these two kinds of robots lies in their application of robotic automation solutions.The use of robots would be categorized as "industrial robots" in industrial settings.Industrial robots are used for precise cutting, lifting heavy objects, and other heavy-duty tasks.Unless reprogrammed, industrial robots are limited in their ability to perform a variety of tasks because of their specific function.However, this quality improves the precision and accuracy of robots in service industry and the tasks carried out to the nearest millimeter.Autonomous robots and embbeded systems in contrast to industrial robots, are early adopters of human-adaptability, such as the capacity to transport goods and raw materials in complex warehouse layouts.

Service robots, in contrast to industrial robots, are able to function both at home and in the commercial service sector.These robots can be used to serve customers in restaurants, shopping malls, the healthcare industry, embaded system and even the military.To put it another way, you can think of all the commercial robots as service robots.These robots change to meet the application's needs and changing operating environments.