The Benefits of Using The Robotics System In Industrial Area - Research Paper Example

This is because findings have shown that robotics is capable of reducing the cost of production, improve production efficiency, product quality, and reduce accidents and injuries in manufacturing industries. This paper will discuss the benefits of using robotics in the industrial area. The history of robotics dates back to 1954 when George Charles Devol invented the first industrial robot called the Unimate. This was later followed by the formation of the first robot company called the Unimate by Devol, and Joseph F.

Engelberger. General Motors is the first automobile company to install the Unimate robot for dying casting, spot welding and handling in 1956. Since then, many manufacturing companies have implemented robots to replace human labour. International Federation of Robotics reveals that many companies today are increasingly adopting robotics in their workforce (42). This has particularly been witnessed in industrial and manufacturing spheres in different countries of the entire world. However, findings show that only developed countries in the world have embraced the use of robotics to do various tasks in industrial such as machine operations and welding among others.

For instance, the European Robotics Technology Platform (EUROP) reported that about 6.5 million robots were already in use, in different companies and institutions all over the world by 2007 (2). The same report also estimated that the number could rise to about 18 million by the year 2011. Japan is currently the leading country in terms of robotic adoption. International Federation of Robotics indicated that more than half of the world’s robots are made and used in Japan (46). However, several other European countries are also increasingly adopting the technology.

A study has shown that the technology is increasingly adopted by countries that have an aging population such as Japan and Germany. For instance, a study conducted by Mckinsey in Germany predicted that Germany could face a shortage of about six million skilled laborious in the next seven years (Jeschke, Liu, and Schilberg 85). The same applies to Japan whose population is aging very first, according to Europ (5). However, the common denominator for the adoption of robotics in industries is based on the benefits that the technology offers the industries where they are installed for doing work.

As earlier stated, robotics have been found to be beneficial in industries mainly because its installation helps in reducing costs in a company. This is seen from the factor that robots do not require to be paid hourly rates, as is the case with workers (Jeschke, Liu, and Schilberg 86). This implies that the salary that could have otherwise been used to pay workers will be used for other purposes such as maintain ace (International Federation of Robotics 51). It is reported that, apart from the maintenance cost, a robotic manufacturing is only paid for once, which is very cheap compared to having to employee a worker who will be demanding salaries each and every month.

Furthermore, unlike workers, robots do not demand salary increments that might increase the manufacturing cost. It is also a matter of fact that the initial cost of installing a robot in an industry may be daunting. However, its return on investment can be realized very fast once it has been implemented. Research indicates that a robot has the capacity to generate a return on investm