Fanuc Robot learns to steal Tires

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Free video about FANUC Robotics. This free video was created for you by http://epsos.de and can be used for free under the creative commons license with the attribution of epSos.de as the original author of this FANUC Robotics video. Thank you for supporting the creative commons movement !! Fanuc is a Japanese electronics - and engineering companies. The Company and carbon dioxide laser ago. It is mainly in the field of robotics, CNC controllers and servo motors and associated frequency active. In 1989 the company established the Foundation Fanuc FA & Robot Foundation, which focuses on the development of automation technology for machine tools, machine tools and robots lies. Financed by a fund and annual donations from FANUC, the foundation awards scholarships and support research projects that further the progress in automation technology. FANUC Robotics Europe SA based in Luxembourg, offering products and services industrial automation and robots and systems of numerical control. FANUC Robotics America, Inc. is a leader in robotic automation in North and South America. It offers more than 200 variations of robot models that meet a wide variety of applications. Additionally produce software, controls and vision equipment that together, help develop next-generation robotic systems and advanced technology. Their solutions and support services help manufacturing to achieve significant improvements in production volume, quality, productivity and offers attractive ROI cups. Along with its headquarters located in Rochester Hills, Michigan., FANUC Robotics has ten regional offices in USA, Canada, Mexico and Brazil. Since 2001, the company has implemented a system of manufacturing in the dark, where robots build other robots unattended for up to 30 days at a rate of 50 every twenty-four hours. From Japan, Fanuc America Corporation of Rochester Hills, Michigan, USA, and FANUC Robotics Europe SA Luxembourg, which provides automation products and services such as robotics and computer numerical control system. FANUC is one of the largest industrial robot maker in the world. Client companies including electronics manufacturers US and Japanese cars. The use of industrial robots has allowed companies like Panasonic in Amagasaki to run factories that produce 2 million units per month television (mostly high end plasma screen LCD includes models 103 inches) with only 25 people. FANUC is mainly distinguished companies in the articulated robot for machine tools for NC (Numerical Control, numerical control) and industry. World in machine tools for NC, is said to have about 50% share of the domestic market share even reach to really 70%. In addition, even in industrial articulated robot, the third largest in the world, holds the 18.4% share. Therefore, there is shown an overwhelming competitive advantage against competitors, also and in-house production, such as CNC and servo motor, high profit margins by efficient use of homegrown industry robot. Main products, machine tools for FA equipment and industrial robots. It is focused on research and development, is also high patent competitiveness. Has high technology also in the industrial robot, arc welding, spot welding, resistant to vertical articulated robot used for palletizing and align large models. In patent competitive vertical articulated robot with the ability of the top. In 2005 introduced the intelligent robot with visual and force, cell production system, etc. are also realized. In recent years, parallel robot "fist-robot" and has been charged with, patent competitiveness of parallel robot has also been evaluated in second place overall. To create robot programs, there is the process online programming and off-line programming, which are often used in combination. Most modern robot controllers contain a complex programming environment in which other tools can not be integrated. Thus, there is usually a seamless integration of modules by which external sensors such. z. B. a camera system or a force / torque measurement system can be integrated into the robot program. For example, components can using sensors such as a camera, be recognized and processed by the robot individually. "Pick and Place" (= company and placing) robots can from a mixed bulk material, consisting of different chocolates, fill a box of chocolates-box correctly. The programmer moves by directly guiding the robot arm from the intended path. The robot repeats exactly these movements. This method is often used for painting robots. Playback method using 3D measuring arms. While driving the CMM component along the contour coordinates are recorded and later converted into a robot program. To program the robot it is not needed, the program development takes off on an independent from the robot computer during development can therefore continue to operate the robot, there is no downtime. Thank you for supporting the creative commons movement !!