Importance of Robots in Industries

Importance of Robots in Industries

George Devol located the first industrial robot arm clear in 1954. His manufactured robot was bright to allocation objects from one point to an alternative within a reserve of 12 feet or less. He originated a corporation called Unimate in 1956 to shape the robot and invented the term “Universal Automation”.

History Of Industrial Robot

Robots are an essential part of today’s huge manufacturing industries. These smart machines have occupied over many of the tasks demanding high exactness, rapidity, and resolution. They are fetching gradually shrewder, more flexible, and more self-directed, with the competence to make conclusions and work self-sufficiently of humans.

Early History Of Industrial Robot (1954 – 1979):

The early history of industrial robots had imperfect intellect, self-sufficiency, and operative gradations of independence. They were frequently intended to accomplish one or more groups of monotonous tasks in an extremely measured setting.

1: Versatran, designed by Harry Johnson and Veljko Milenkovic, and mass-produced and marketed by AMF trade and Business in 1960.

2: UNIMATE, mass-produced by Unimation, was the initial manufacturing robot to be used by a major constructor. It was connected by General Motors in its New Jersey plant in 1962.

3: Famulus, industrialized by German robotics company KUKA in 1973, had six electromechanically-driven hatchets.

4: The Silver Arm, advanced by Prof. Victor Scheinman in 1974, was proficient in execution small-parts get-together jobs consuming feedback from touch and gravity sensors. Its industrial kind, mass-produced by Vicarm Inc, originated by Scheinman, was measured by a minicomputer.

5: ASEA IRB, erected by a European corporation called ASEA in 1975, was the world’s first fully electrically determined robot. It was also the original microprocessor-controlled robot and used Intel’s first chipset.

6: Motoman L10, the foremost robot established by Yaskawa America Inc. in 1977, had five battle-axes and was gifted to move 10kg of heaviness with its gripper.

7: PUMA, an industrial robot arm planned by Prof. Victor Scheinman and established by Vicarm, Unimation with funding from General Motors in 1978, was cast-off in meeting lines and is still used by scholars and scientist today.

8: Nachi Automation of Japan settled the first servo gun technology robot for advertisement welding in 1979.

9: OTC Japan familiarized the first generation of enthusiastic arc welding robots in 1979.

Modern Industrial Robotic Arms (1980 – present day):

From 1980, industrial robotic arms began to be made in huge numbers, with an innovative robot being familiarized in the market at the rate of one a month. These robots are microprocessor-controlled and are shrewder and have a higher degree of operative freedom.

1: The first industrial robotic arm with motors connected straight into the linkages of its support. It was constructed by Takeo Kanade in 1981. This strategy made it quicker and more precise than earlier robotic arms.

2: Yaskawa America Inc. announced the Motoman ERC rheostat structure in 1988. It had the aptitude to switch up to 12 axes, the maximum number of axes at the time.

3: FANUC Robotics Company manufactured a model of the first brainy robot in 1992.

4: Motoman ERC controller system was promoted in 1994 to bounce the aptitude to rheostat up to 21 axes. It could coordinate the gestures of two robots.

5: The Motoman XRC organizer presented in 1998 had the skill to control up to 27 axes. This gave it the facility to harmonize the gestures of three to four robots.

6: In 1998, the Motoman UP sequence presented a modest robot arm that was additionally easily reachable for mending and preservation.

7: The Almega AX succession, announced by OTC DAIHEN in 2003, is a stroke of curve welding and treatment robots.

The Importance of robots in industries is gradually becoming more smart, bright, and adaptable. In the future, they are predictable to be proficient in working deprived of human involvement and take over the greatest of the trade and business processes. Now, this may not unkind that a bunch of jobs in engineering is going to happen as we see more robotics in industrial comprehension.

Importance Of Robots In Industries

in the vast development of the digital world, we have seen the gradual changes that occur in the field of industrial robotics. This change may occur day by day with the new invention.

Robots in trade and business help to fashion jobs by reshoring more industrial work. Robots defend workers from monotonous, routine, and unsafe tasks, while also producing more required jobs, such as business, software design, managing, and apparatus preservation.

Many people dread that robots or full computerization may one day take their jobs, but this is simply not the case. Robots bring more rewards than difficulties in the workplace. They supplement a company’s aptitude to prosper while refining the lives of actual, human workers who are still desirable to keep actions running effortlessly. If you’re intellectual about capitalizing in some androids, share the recompences with your employees. You might be astonished at how many of them are rapid to sustenance the idea.

1. Protection

Safety is considered one of the most noticeable advantages of applying robotics. Heavy equipment, equipment that battings at hot-temperature and high-pitched objects can effortlessly hurt a human being. By assigning dangerous tasks to a robot, you’re more probable to look at a restoration bill than a serious medical bill or a complaint. Employees who work in unsafe jobs will be thankful that robots can eliminate some of the risks.

2. Rapidity

Robots don’t get unfocused or need to take breakdowns. They don’t appeal holiday time or ask to leave an hour early. A robot will not ever feel worried out and start consecutively slower. They also don’t need to be requested to member meetings or training sessions. Robots can work all the time and this speed up construction. They keep your teams from having to overtask themselves to meet high-pressure limits or unbearable values.

3. Steadiness

Robots do not ever need to split their kindness amid a crowd of things. Their work is never depending on the work of other people. They won’t have unanticipated crises, and they won’t need to be repositioned to complete a dissimilar time delicate task. They’re continuously there, and they are doing what they are made-up to do. Computerization is classically far more dependable than human employment.

4. Faultlessness

Robots will constantly transport superiority. Since they are involuntary for detailed, monotonous motion, they are less probable to make faults. In some ways, robots are instantaneously an employee and a superiority rheostat system. A lack of chances and likings, collective with the eradicated opportunity of human error, will generate a certainly perfect product every time.

5. Efficiency

Robots cannot do the whole thing. Some jobs categorically need to be finished by a human. If your human staffs aren’t wedged up doing the gears that could have easily be port for robots, they’ll be obtainable and creative. They can talk to clienteles, answer communications and social media comments, help with marking and advertising, and sell products. You’ll be astonished at how much they can achieve when the grunt work isn’t evaluating them down.


While we’re motionless lightyears absent from a completely robotic workplace, the robotic aptitudes that many trade and businesses are presently applying have confirmed to be one of the utmost inventions of our time. Twitch by accumulation scarce robots, and see where it takes you.

26th Apr 2021 Syed Furqan Ali

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