In terms activities and other minor jobs found in modern , have taken over 70 percent of them thereby reducing the human workforce, increasing production rate, and adding more untold advantages to the investors in the sector.
The underlying reasons for taking advantage of are based on the numerous change has brought to the industrial sector. Hence, the main reason for in terms of design and introduction of the into the manufacturing system is purely based on economic reasons.
The rapid inflation of wages experienced in the 1970s increased the personnel cost of manufacturing films, tremendously. At the same time, foreign competition became a serious problem for manufacturers in the United States.
Manufacturers who had undertaken on a wide scale basis, such as those in Japan, began to gain an increasingly large share of the United State and the world market for manufactured goods, particularly automobiles.
Through a variety of techniques including , the Japanese manufacturers as from the year 1970 were able to produce better automobiles more cheaply than the non-automated United states manufacturers who were continually engaged in the struggle with organized labor.
Consequently, in order to survive the market requirements, some manufacturers began to consider the new technological development that could help improve productivity and also produce better products at lower costs.
In the heat of all the industrial revolutions taking place, the main focus had been how to stand out in the increasing market competition among the manufacturers. There were several steps taken by some manufacturers in order to introduce in the production system but those steps could be referred to as a semi-automation system.
It was observed that those ahead in the idea were making more profit, lower cost of selling and better product among other advantages. Just a few time ahead, other manufacturers saw as an idea that must be adapted.
The concept of led to the idea of introducing into the manufacturing system. The need to mass-produce uniform products without variation in quality pushed manufacturers’ efforts further toward the introduction of . With heavy financial commitments, the manufacturing moved their focus to the making of to meet up with the demands of the manufacturers who want to stay ahead of others in any newly made . Currently, the industrial sector has been filled up with hundreds of performing different tasks for the .
At some stage, the focus moved towards accuracy, lower energy consumption, complex functionalities, and reliability to the modern age of (). So the manufacturers’ interest in these features forced developers’ effort further to find ways of satisfying their major clients which is the manufacturers.
made the whole activities of the to appear simpler than those of the early industrial practices, manufacturers now have complete control of how they want their product to look, the level of its quality, material control, and reliable data that will not deceive their customers leading to loss of their integrity. Majority of these data can be obtained even before the actual production occurs.
Other factors such as to find better ways of performing dangerous manufacturing task contributed to the development of . Some jobs which could be hazardous to human became a problem to manufacturers and employing anyone for such warrants heavy financial commitment.
Chemical and metallurgical were at the forefront for special based on some tasks in those which could be very tedious and hazardous for a human to do. Therefore, their aim was to displace humans doing such jobs with and that is part of the solutions that the had provided.
Notwithstanding its above impact, the major principal aim and objective of the manufacturers had always been and still remain how to improve, increase, and stay ahead in terms of productivity.
The numerous impacts made in the industrial sector led to the rapid, current and projected growth of installations in many and even commercial firms. The modern introduction of is a step taken further to ensure superior industrial activities aimed at steady production system, reliability, and quality control among other vital reasons.
All the impacts and advantages offered by can be summarized as follows:
helped manufacturers increase their production with reduced manufacturing costs.
made it possible for manufacturers to improve their product quality
The ability to retain consistency and uniformity in product quality is possible due to the presence of .
Despite their tough, rugged and tireless characteristics, they can perform the hazardous and monotonous task with a tireless precision.
are capable of handling varieties of both simple and complex jobs.
They can cope with changing conditions in the environment when fitted with and adaptive controls.
helped the manufacturers reduce scrap and waste generation.
have helped the manufacturers save in direct labor cost based on the few workers needed.
have helped manufacturers reduce costs such as lighting, heating, and cooling which are part of maintenance activities for and tools used for the manual or semi-automated production system.
have helped to enhance safety in industrial practices leading to increased financial gain and fewer expenses in safety requirements.
They also offer an opportunity for multi-machine manning and even for a wholly unmanned production.
Where the shortage of human labor is a norm, become the next alternative for manufacturers.
Robots and its increasing development have become a source of encouragement to individuals to invest in the manufacturing sector.
made it possible to minimize in the industrial and have a sequence mode of production that is fully automated.
Originally posted 2018-11-24 08:17:38.
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