Primjena industrijskih robota u proizvodnim procesima Azija/Australija (original) (raw)
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Industrial Robot Application Trend in World’s Metal Industry
Engineering Economics, 2012
Technological success implies technical solution improvement in automation domain of technological process and intelligent system application in different branches of industry, along with a metal industry. A huge number of robot applications exist today in metalworking industry. Their application is motivated with the technical and economical reasons like: quality improvement of the completed products (machine processing and other), fallout decrease (in the assembly process), rate enlargement of the homogeneity-constancy quality (in all process linked to robot application repeatability), security operation rate enlargement (in aggressive, burning, explosive and other areas, with the high rate of robot protection), decrease of necessary work force of routine and repeatability process, manufacture cost minimizing and overall maintenance, fulfilling of demands required by a competition and more rigorous quality standards. Besides the technical advantages, which is carried out owing to the robot application, it is necessary to emphasize that rationality of the robot application in particular operations is principally conditioned with the manufacturing volume and the operation character which the robot (or more robots) needs to carry out. This paper provides an analysis of the industrial robot applications in metal industry worldwide, with a detailed analysis according to years and manufacturing process. The analysis has been carried out on all four continents: Europe, Asia, America and Africa. The parallel analysis with the other industries has been given in addition to analysis of economic justification of robot application in manufacturing process. The results of this research show increasing robot application in metal industry and in other industries, which was a primary goal of this research. By using available data concerning installed robots worldwide, such as analyzing profitability and economic justification of robot implementation in manufacturing process, and as a result of this research, the trend of robot application in metal industry has increasing trend today.
The Basics and Significance of Industrial Robots in Manufacturing: A Review
Nigerian Journal of Engineering Science Research, 2021
The aim of the review is to present easily readable and understandable integrated basic information on industrial robots for ready availability and consultation by concerned students, researchers, manufacturers, careerists, and potential users who lack basic knowledge of the robots and need resources to better the knowledge. The review covers applications, advantages, challenges, structural components, types, and leading manufacturers of industrial robots. The review importantly shows that industrial robots are made in various types that can be exploited to reliably improve productivity, quality, safety, and flexibility in manufacturing processing which cannot be realized with the conventional fixed automation structure. The review also shows that industrial robots have far more advantages than disadvantages and they are increasingly used in many industries such as automotive, electrical and electronics, and metals and machinery to replace manual labor in typical manufacturing processes such as packaging and labeling, soldering, welding, painting and spraying, picking and placing, assembling, disassembling, inspection and testing, dispensing, palletizing, etc. One important finding from the review is that, usage extents of industrial robots in different industries and countries are highly correlated to industrial and national productivity output levels across the globe and there is remarkable difference in industrial productivities and economies of developing countries especially African countries where the robots are hardly used and their counterparts where the robots are used considerably in industries. The paper contributes to knowledge about industrial robots, as state-of-art automation structural systems that are crucial for manufacturing in any industry or economy that wants much greater advantages and global competitiveness in our today's era of complex industrial processing.
Trend of Industrial Robot Share in Different Branches of Industry in America
2012
This paper provides an analysis of trend of the industrial robot share in different industrial branches in America. The automation and modernization of the manufacturing process in whomever industrial branch is not possible without industrial robot application. This paper shows how much the manufacturing process is automatized in different industrial branches in America. The annual and total (operational stock) industrial robot application has been analysed in following manufacturing process: handling material operations, welding, assembly, processing, dispensing and the other undefined, where robots couldn't be classified in the manufacturing process. The industrial robot application of the leading American countries has been analysed, with the developed industry or in the developing process, where the automation and modernization of the manufacturing process is performed. This paper provides the comparative analysis of the industrial robot application in last three years, at t...
Pomiary Automatyka Robotyka, 2020
Zezwala się na korzystanie z artykułu na warunkach licencji Creative Commons Uznanie autorstwa 3.0 1. Introduction The International Federation of Robotics (IFR) reported that globally, in 2018, the value of sales of robots increased to USD 16.5 billion, which corresponds to the use of 422,000 robots and an annual increase of 6%. In just 5 years, from 2013, the number of machines installed annually increased by as much as 135%. These values, despite the currently visible economic recession, are also to remain in 2019 and then increase until 2022 even at double-digit rate. At the same time, it should be noted that in 2018 as much as 74% of new robot applications were made in the industries of only five countries: China, Japan, South Korea, the USA and Germany. In this group, however, China's industry is by far the largest recipient of robots-in 2018, 154,000 were installed in it new machines, it is also the largest user in the world-it has completed as much as 36% of all global robotization installations in production processes. All this confirms the aforementioned thesis about the global importance of robotics and its place as currently the main tool for rationalizing production processes on a global scale [33, 46, 54]. In the last few year the density of robotization has been adopted as a modern indicator of just technical rationalization
INDUSTRIAL ROBOTS AND THEIR APPLICATION IN SERVING CNC MACHINE TOOLS
Application of the robots in industrial production processes, year after year is increased. The constant growth of the robot application is related for its functional justification. There are plenty reasons for it as operator's protection in bad working conditions and environments or operator's protection by hard works, time saving, higher quality, higher productivities, cost saving etc. Industrial robots are applied in all branches of the industries. Their use is still the largest in the manufacturing of motor vehicles industry but other industry branches record increase of industrial robot implementation. Information technology development has a big influence on changes in robotics that lead to the new functional solutions and the robot capabilities. In this paper is presented industrial robot application analysis in serving CNC machine tools. Analysis includes data about operational stock of industrial robots in European Union countries and comparative analysis with other industrial branches.
Suitability analysis of using industrial robots in manufacturing
Proceedings of the Estonian Academy of Sciences, 2019
Manufacturing industry robotization is spreading into wider range of processes. Determination if robotization is suitable for the company is one of the most critical issues before selecting industrial robot and designing the robot cell. A survey was carried out among Estonian small and medium sized manufacturing enterprises (SMEs) for this study to determine the utilization of industrial robot (IR) in the industry. More specific study of production unit was conducted, using gathered information, to estimate how the objectives of the production cell design were achieved. The aim of the present scientific work is to map the knowledge whether robotization is suitable or not for the company or working processes and to appoint parameters obtained after using the robot cell for practical manufacturing processes. The study results comprise the suitability assessment method with the set of criteria and key performance indicators (KPIs), that best describe implemented production unit profitability and help SMEs to gain additional economic-technical information for future robot-based unit development.
THE APPLICATION OF ROBOTIC AUTOMATION IN INDUSTRIES
This paper introduces robots and how they can be applied in industries especially in spot welding operations. A robot simulator is used called mobotsim to demonstrate how robots find its target for execution of tasks. This simulator is an open-source software. Another simulator is used here called KUKA simulator which is a 3D teaching demo, illustrating spot welding operation. A survey was taken in this paper to sample different people’s opinion on robotic automation in industries and its feasibility. Growth of robots over the world was also analyzed; this shows robot installations in industries all around the world. The future of robots is also explored in this paper.
Management and applications of industrial robots
this book deal about the aplication of industrial robots their tools and the types of industrial robots like their DOF (degrees of freedom), the type of actuators of their aplications. this book deal whit the configurations of the robots in an industrial chain of manufacturing their layouts and more
Recent Robot In Industrial Automation
International Engineering Research Journal, 2017
ARTICLE INFO One Robot is Robotics and Ten robots is Automation.' Automation is most of important part in any industry. Automation help to get better result, high accuracy, performance within period of time as customer demand is increases for achieve the requirement of customer they have to be updated this only possible by automation. Robot is a machine capable of carrying out a complex series of action automatically especially one programmable by a computer. Robots can be guided by an external control device or control may be embedded within. Efficiency and productivity are decisive success factors for manufacturing industries. Engineering plays an important role in this special as it relates to ever more complex machinery and plants. For that reason, a high level of efficiency is already demanded at the engineering stage, as the first step toward better production: faster, more flexible, and more intelligent. All of this is called Totally Integrated Automation.
Analysis of robotics industrial manufacture & promotion of arti icial intelligence
Arti icial Intelligence (AI) Replacement of human labor Industrial automized Advancement of ef iciencies Possibilities and limitations Integration Intelligent machinery The present age is the age of science and innovation. Robots have long borne the planned to conquer any hindrance between the automized world (the web of things) and the physical world. As the most reassuring possibility to subject the following major modern upset after the present third (computerized) mechanical upheaval, apply autonomy is set to play an ever progressively huge job in the public arena for its impact in each part of life. Counting prescription and medicinal services, building administration, fabricating, nourishment creation, coordination and transportation. The present century is likewise the century for Asia, or more noteworthy China speci ically. China has turned into the greatest and quickest creating nation in the worldwide modern robot showcase for its changing assembling condition and improving nature of-expectations for everyday comforts, with anticipatable interest of robots in the assembling business, yet in addition other administration and societal segments. With its solid convention in innovation and close connections to overall research wildernesses, Hong Kong at present holds a main edge in parts, for example, medicinal, coordination, and household administration robots. Not with standing , with its total size, money related duty, and solid modern establishment, the Terrain is quickly grabbing pace, particularly in the mechanical and amusement divisions. It is subsequently a basic minute for scientists to join endeavors and structure a minimum amount in automated research to keep up the provincial, and towards overall lead in administration mechanical research. Hong Kong analysts, chipping away at the front line of mechanical autonomy that is intently connected with the future economy. Have many top-level work for mechanical careful help, call the board, assembling, and warehousing the executives, prompting exceedingly translational and gainful results that would help build up and lourish the Hong Kong one of a kind industry in restorative and administration robots, supplemented by a huge creation center and great market in the Territory. After deep study about the countries who are well developed in robotic world. We can have summed up with an idea that those countries who are using technology from this modern age are not only just getting advantage also building their national character amongst the other nation.it becomes mandatory to make our generation acknowledgement about this global automized technology and provides the platform to the industry to use such robotic autonomous system so that under developing countries should take advantage from them. Today the technology which is very popular amongst the scienti ic society according to latest research is the knowledge of AI. Inspire from NASA we research about the latest technology bene icial for human beings come up with an idea that as far the question of Industrial manufacturing is concerned we all know that accuracy and quality of work is possible through the machinery as compare the human work is referencing.