Industrial Robotics:Types And Its characteristics


The term industrial robot alludes to a multifunctional mechanical manipulator that can be modified and is described by having from 3 to 7 axes. They are used for various purposes and applications, for example, in sequential construction systems and creation lines. 

They are naturally controlled and reprogrammable with different degrees of freedom. It is essential to call attention to that the field of robotics is used to execute the industrial procedures, where the structure, study, and use of these industrial robots are characterized. 

The most generally acknowledged definition is potentially that of the Association of Robotic Industries (RIA), as per which: 

An industrial robot is a reprogrammable multifunctional manipulator, fit for moving materials, parts, instruments, or unique devices, as indicated by variable directions, modified to perform different undertakings. 

Industrial robot classification 

The machinery for unbending computerization offered a path to the robot with the improvement of quick microprocessor-based controllers, just as the use of shut circle servos, which permit the specific situation of the robot components to be set up and the blunder to be set up with the ideal position. This development has offered to ascend to a progression of types of robots, which are recorded underneath: 


Repetition and learning robots 

Robots with computer control 

Smart robots 



They are multifunctional mechanical systems, with a basic control framework, which permits the development of its components to be represented, in the accompanying ways: 

Manual: When the administrator straightforwardly controls the undertaking of the manipulator. 

Fixed sequence: when the recently arranged work process is perpetually rehashed. 

Variable sequence: Some characteristics of the work cycles can be modified. 

There are numerous essential activities that can be ideally performed utilizing manipulators, so the use of these devices ought to be genuinely thought of when the work capacities are basic and dreary. 

Repetition or learning robots 

They are manipulators that basically rehash a sequence of developments, recently executed by a human administrator, utilizing a manual controller or an assistant gadget. In this kind of robot, the administrator in the instructing stage uses a programming gun with different fastens or keys, or joysticks, or uses a mannequin, or here and there, legitimately moves the robot’s hand. Learning robots are the most popular, today, in industrial conditions and the sort of programming they fuse is classified “gestural”. 

Robots with computer control 

They are manipulators or multifunctional mechanical systems, controlled by a computer, which generally is normally a microcomputer. 

In this kind of robot, the programmer doesn’t really need to move the machine component, while setting it up to play out an occupation. Computer control has a particular language, comprised of different guidelines adjusted to the robot, with which an application program can be made utilizing just the computer terminal, not the arm. This writing computer programs is called printed and is created without the intercession of the manipulator. 

The great advantages offered by this sort of robot, make them build up themselves rapidly in the market, which requires the dire readiness of qualified faculty, fit for creating programs like those of the computer type. 

Smart robots 

They are like those of the past gathering, be that as it may, what’s more, they can identify with their general surroundings through sensors and make choices in real-time (auto programmable). 

Right now, they are next to no known in the market and are in the trial stage, in which the exploration bunches are endeavoring to engage and make them increasingly successful, just as progressively moderate. 

Machine vision, machine sound, and computerized reasoning are the sciences that are being read the most for application in keen robots. 


For instructive, diversion, or examination purposes, there are various preparing robots or micro-robots at a truly moderate cost and whose structure and activity are like those of industrial applications. 

Characteristics of industrial robots and how they are indicated 

These programmed machines are considered multifunctional and be able to move parts, materials, and articles on account of their joints or tomahawks. Along these lines, individuals don’t need to continually intercede to make them work. Right now, the advancement of robotic technology has adequately improved the elements of robots bringing about their execution in different fields. 

It is essential to take note of that industrial robots have a specific likeness as far as their appearance, since this looks like the human life structures, particularly in its furthest points. Indeed, even in the pieces of the robot, these characteristics are referenced, since they have wrists, elbows, arms, midriff, and so on. 

Underneath we portray the primary characteristics of industrial robots: 

Degree of freedom: this is the position or direction condition of every robot, where it is required to have autonomous directions. Its tomahawks and connections that have rotational and translational developments have a specific degree of freedom according to their different tomahawks. 

Work area: it is the space wherein the robot will work, where the greatest separation where it can work most viably should be shown. 

Load capacity: this is the measure of weight communicated in kilograms that the robot is fit for moving, similarly the heaviness of the hook is incorporated. Now the electronic actuators convert mechanical vitality from electrical, water-driven, or pneumatic vitality. Control, transmission, reducers, and drive systems are what make the actuators work. 

Speed: the speed of the robot is estimated in minute cycles, however with the robot loaded; the snapshots of dormancy for this situation are likewise considered, since there is typical opposition of the body when there is the pivot, and in this manner, there is an adjustment in speed. Twists will constrain speed when a robot is moving and relying upon the heaviness of the load. 

Programmability: this is the capacity that these industrial robots are given to program in various languages, so as to acquire the most extreme profit by their capacities.

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