Industrial Robots; Revolutionizing Factory Automation

Image Oliver Brandt
Image Oliver Brandt

The technological advances brought by industrial revolution were seen as the biggest achievements in the history of mankind where new and advanced manufacturing and assembling methods and processes were introduced. But who knew that the biggest revolution is yet to come. With the advent of industrial robots, the whole process of manufacturing has undergone a transformation. The use of robots has replaced many old industrial processes and practices and introduced automation into the industries. This has bore innumerable advantages to the industrial domain with promising impacts on the productivity and efficiency levels.

With the help of industry experts, let’s talk about the industrial robots in detail; how they perform, and the efficiency levels they operate on. Moreover, the ways to measure the efficiency of the industrial robots will also be highlighted in this article.

How industrial robots perform:

Across industry manufacturer, robots are employed mainly at the manufacturing and production line where a task is expected to be repeated over and over again. The most frequently used industrial robots are SCARA, Cartesian, Fanuc, Delta and Six axis robots. The design, programming, movements, and control system varies from the type of robot being used. The industrial robots mainly contain robotic arms and control systems mounted together through the range of 2-6 joints that help to stretch the functions of the robots in different axis and directions.

While one may think that robots are the real automatons, but they are the products of human programming that are programmed to perform same task over and over again, while others may require robots to identity key processes and carry some actions to complete the tasks.

How to measure the efficiency of Industrial Robots:

Before employing the automation of robots in the industry, the manufacturers tend to look at the different aspects and parameters to choose the most viable and suitable one for the processes. The working envelope i.e. the reach of the robot within an identified space is the first thing that speaks volumes about the suitability of the robots within an industry. Aspects like compliance, speed, accuracy, repeatability, the freedom of movement of axis are also the defining features regarding the performance of the industrial robots.

Benefits of Industrial Robots

Without a doubt, the automation brought about by the robots has been the turning point for industrial processes. No matter how difficult or easy a procedure may seem, the rightly programmed robot can perform the task within a few time’s span. If a comparison between the manual labor and robots is made, the latter outperforms in terms of efficient performance, output delivery and quality of work.

While some may argue that the introduction of automatic machinery such as industrial robots, conveyor belts and lifting machinery has reduced the jobs for humans by a great deal, this point is overweighed by the efficiency and accuracy with which these machines operate; thus, this notion is subdued under the greater wellbeing of human development.

Alongside the output, the manufacturers can benefits from this cost cutting technology. The costs of production decreases once the a few robots replace hundreds of employees, and deliver the outputs within a specified time. With robots, the manufacturers do not need to fret over the motivation levels, intervals, overtimes or working conditions. Industrial robots come with the adroitness, flexibility and efficacy that sets the bar higher for the manual labor to reach.

So, above a few reasons why every other industry is introducing the industrial robots at their assembly lines, achieving their goal increase productivity and reduced costs. Once again, we are struck with the industrial revolution, but this time, its greater and exponential in terms of impact and results.


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