Without industrial robots, it is impossible to present a modern production. Our country has already entered the era of development, when it comes to competing on the quality of the finished product, and its price. Without optimization modernization of the industrial sector in our economy has no future. That's why the President and the Government are taken for the development of industrial enterprises and actively support the introduction of new technologies. Industrial Robots – this is the new technology necessary for the development of our mills and factories. Many who managed to evaluate the possibilities of robotics have already implemented such technology at home, the others will do it or they will be forced to cease to exist. Robots today – it's life and death of any company in the near future. Today, robots are used not only in welding processes and metal cutting technology, you can often meet the robot involved in a palletizing, painting, polishing, woodworking, welding and so dalee.Konechno, welding robots are used in Russia today, in 95 cases out of a hundred and it shows once again that we are only at the beginning of the path associated with the development of the industrial sector.

For example, in Europe, the industrial robots used for welding of 5% of total demand. Such an amazing statistic, which once again confirms the fact that Robots in developed countries are finding application in all areas related not only with metal, cutting and welding. Statistics and the total number of industrial robots running and Russia, while not in her favor. But, as Experts say it is in Russia the demand for industrial robots in the next 10 years could rise to 1000% .. That is why many manufacturers have begun to open their representative offices in Russia and create a system in this region integrators can implement robotic projects. Our information portal, devoted to industrial robots and helps to communicate to all who want to learn more about modern robotic technology and where they apply.

The next floor of the pyramid of civilization – the technological mode of production, which expresses the aggregate used in society technologies, principles and organizational forms of production, capital goods, as well as natural productive forces. In the early stages of formation epoch of human society, archeologists and historians differ on the basic materials from which tools were made (stone, bronze, iron). The main source of energy was the muscular power of man, then animals, dominated by simple cooperation of labor, with almost complete subordination to man the forces of nature. But step by step, people formed artificial world of increasingly sophisticated tools, then machines, complex technical systems, transmitting power, and now the executive and supervisory role they invented instruments, systems, programmable control. Developed social division of labor – in-process, multi-sectoral, spatial, production of the enterprise, region, country, world economy becoming more and more signs integrated whole. In the transition from one civilization to another, there is a change of technological methods of production used a set of means of production and forms of organization – develops technological revolution. But in this type of qualitative changes of production, technological change, ways of life based on common principles and sources of energy technology systems requiring specific, appropriate forms of organization of these systems of production.

Thus, the industrial mode of production, which began with the Industrial Revolution, includes five technological structures. The first of are largely based on technology inherited from the manufactory mode of production, the second – the fourth successive stages of self-expression of the industrial mode of production, modern, fifth, dominant in the developed countries at the end of XX century. is a transition to a postindustrial technological mode of production, carries the germ, the primary elements of the latter, which will evolve to based only on their own in the next century. Every technological system, in turn, includes a number of successive times in about ten years of related generations of technology, each of which implements a large invention, a basic innovation. Today’s example is the alternation of generations of computer, laser, space, missile technology. Each generation is a step in the formation and deployment technological cycle of higher level (scientific and technical direction), which implements the principle of common technology in many versions and models of vehicles.

Related technological methods of production, technological structures, generation of technology form the general field, the transition periods of varying duration, thus ensuring the continuity of technological progress. At the same time, approval of each new generation of technology, technological structure and mode of production marks another step of technological progress, technological revolution of a scope and depth. Transient generation of technology, as well as the transitional process way, guided by the contradictory, to successive technological principles, are less effective. Most effective way of different generations and located in the middle of the technological cycle of higher level, expressing the phase of maturity, the full realization of its potential. Stage in the development of technology reflects the steps of knowledge, the materialization of knowledge and technological skills of a person and, in turn, offer new spaces in the development of its productive capacity.