Robots have become the greatest asset that many manufacturers have invested in. Robots have been in existence for over 60 years. Over this time, they have been used in various factory floors to help design and produce different items.

Over time, robots have changed in design and functionality. However, even when they seem to be leaving the manufacturing industry, they prove to be too important to abandon. The more manufacturers relied on robots, the more important they became. As they have become more flexible and adaptable to technology, robots have had varying tasks, especially over the last ten years.
 
Here are some of the roles that robots play in the industry:
 
Heavy Lifting
In manufacturing, there is a lot of heavy lifting involved. You are either lifting parts, raw materials, or finished products. For the companies where this is the case, investing in manufacturing robots is the easiest way to make production easier and more efficient.
 
Manufacturing robots are large metal contraptions that not only lift but also carry out other tasks. In the automotive sector, for example, you can use available robots to lift and fit the engine as you manufacture.
 
Machine Tending
Machine tending refers to the process of managing a machine that is used in the production process, it is a monotonous and boring task to be carried out by a single individual every day for days. These are the kind of tasks suited for. Robots once assigned these tasks can carry them out perfectly.
 
A single robot can easily manage 3 or more robots in the machine tending department. This releases the people carrying out this task towards other tasks that they are best suited for. Robots carry out these this task with ease and lead to increased production and quality of products.
 
Painting And Welding
Robots can also be assigned tasks considered small but important in the manufacturing process. This includes feeding it with raw material, for production to take place. One of the major benefits of robots is to eliminate hazardous situations for factory workers. Painting and welding can be hazardous tasks. Painting exposes the painter to poisonous fumes. Continuous exposure may lead to problems in the lungs and other health problems.
 
These tasks are highly repetitive. Robots are good at these kinds of tasks. They can easily grab a painting machine or brush and move their arm up and down and around the surface to be painted. They do quick work and maybe assigned numerous jobs when available.
 
Assembly
This is a task that robots could not handle in years gone by. It was exclusively left for human workers. However, technology has developed to ensure robots carry out assembly tasks. The sight has been added to robots to ensure that they can complete assembly tasks. With vision technology, robots can see everything that they are doing. This makes it easier for robots to carry out assembly tasks.
 
Robots are precise and accurate. You are sure that they will handle the repetitive process of assembling effectively and efficiently.
 
Automated Production
In the automotive production industry, factories run effectively when all the parts are available at a particular time when needed. Robots can work continuously without the need for breaks. Robots can therefore be assigned the task of manufacturing different parts to ensure their availability when needed.
All you to do for this to happen is to teach the robots how to carry out such tasks. Set the measurements of the expected final product and they will not deviate from it. This assures factories that they will never lack parts whenever they need them.
 
Conclusion
The introduction of robots into the factory is mainly to take over tasks that are dull, boring, and repetitive for human workers. This frees the human workers to take over other advanced tasks within the factory. Robots are mostly automatic and once assigned jobs, they can be left to independently complete them.