Founded in 1956, FANUC is the most powerful company in the world of scientific research, design, manufacturing and sales of CNC systems.
Founded in 1956, FANUC is the most powerful company in the world of scientific research, design, manufacturing and sales of CNC systems. FANUC first introduced the electro-hydraulic stepper motor in 1959. In the following years, the hardware-based open-loop CNC system was gradually developed and perfected. In the 1970s, microelectronics technology, power electronics technology, and especially computing technology developed rapidly. FANUC resolutely abandoned its electro-hydraulic stepper motor numerical control products, and introduced DC servo motor manufacturing technology from GETTES. In 1976, FANUC developed the CNC system 5, and then jointly developed a CNC system with advanced level with SIEMENS. From then on, FANUC gradually developed into the world's largest professional CNC system manufacturer. The products are changing with each passing day. Year renovated.
FANUC is the world's most diverse manufacturer of FA (factory automation), robotics and smart machinery. Since its establishment in 1956, the company has always been a pioneer in the development of global computer numerical control equipment, and has made outstanding contributions in the field of automation. In 2008, FANUC became the world's first manufacturer to break through 200,000 robots, ranking first in the market.
FANUC growth process
In 1979, CNC system 6 was developed, which is a mid-range CNC system with general functions and some advanced functions. 6M is suitable for milling machines and machining centers; 6T is suitable for lathes. Compared with the previous models, the large-capacity bubble memory is used, which is dedicated to large-scale integrated circuits, and the total number of components is reduced by 30%. It also has user macros for user-created unique variable subroutines.
In 1980, on the basis of System 6, both the resistance and the high-end development were developed, and System 3 and System 9 were developed. The system 3 is formed on the basis of the system 6, which is small in size, low in cost, and easy to form a mechatronic system, and is suitable for small and inexpensive machine tools. The system 9 is a variable software type CNC system having advanced performance formed by strengthening the system 6. The transformation software can be adapted to any different application, especially for machining complex and expensive aerospace components, requiring highly reliable multi-axis linkage heavy-duty CNC machines.
In 1984, FANUC introduced a new series of CNC 10 systems, 11 systems and 12 systems. This series of products has made great improvements in hardware. Any large-scale integrated circuit that can be integrated has three kinds of dedicated large-scale integrated circuit chips including 8000 gates, and its number of leads is as high as 179. There are 4 special large-scale integrated circuit chips, 22 kinds of thick film circuit chips, 32 high-speed processors, 4 megabytes of magnetic bubble memory, etc., and the number of components is reduced by 30% compared with the previous products. Thanks to the use of optical fiber technology in this series, hundreds of cables between the numerical control device and the machine tool and the control panel have been greatly reduced, which improves the anti-interference and reliability. The system can realize the bidirectional transmission of various types of data between the host computer and the machine tool, the workbench, the robot, the truck, and the like in the DNC. Its PLC unit uses a unique non-contact, non-polar output and high current, high voltage output circuit to facilitate the semiconductorization of the power cabinet. In addition, PLC programming can use not only the ladder language, but also the PASCAL language, which is convenient for users to develop their own software. The numerical control systems 10, 11, and 12 also enrich the dedicated macro function, automatic planning function, automatic tool compensation function, tool life management, color graphic display CRT, and the like.
In 1985, FANUC introduced CNC system 0. Its goal is small size and low price. It is suitable for mechatronics small machine tools. Therefore, it is combined with medium and large systems 10, 11, and 12. A new range of products from the period. In the hardware composition with the least number of components to achieve the highest performance for the purpose, the use of the latest high-speed high-integration processor, a total of six dedicated large-scale integrated circuit chips, four of which are low-power CMOS dedicated large-scale integrated circuits, Three kinds of special thick film circuits. The main control circuit of the three-axis control system, including input and output interfaces, PMC (Programmable Machine Control) and CRT circuits, are all on one large printed circuit board and integrated with the operation panel CRT. The main features of System 0 are: color graphics display, session menu programming, dedicated macro functions, multi-language (Han, German, French) display, directory return function. Since the introduction of CNC system 0, FANUC has been highly praised by users all over the world and has become one of the most widely used CNC systems in the world.
In 1987, FANUC successfully developed the numerical control system 15, which is called the epoch-making artificial intelligence numerical control system. It applied the new concept of MMC (Man Machine Control), CNC and PMC. The system 15 uses a digital servo unit with high speed, high precision and high efficiency processing, a digital spindle unit and a pure electronic absolute position detector, and also adds a MAP (Manufacturing Automatic Protocol) and a window function.
FANUC is a well-known manufacturer of CNC systems and industrial robots. Since the company produced CNC systems in the 1960s, it has developed more than 40 series of products.
The numerical control devices currently produced by FANUC are F0, F10/F11/F12, F15, F16 and F18 series. F00/F100/F110/F120/F150 series is based on F0/F10/F12/F15 and adds MMC function, namely CNC, PMC and MMC trinity CNC.
FANUC brand history
In 1956, the FANUC brand was founded - FANUCNC was successfully developed, and the FANUC brand was opened;
In 1971, FANUC CNC system ranked first in the world
——Become the world's largest professional CNC system manufacturer, occupying 70% of the global market share;
In 1974, FANUC industrial robots were introduced - based on servo and CNC basis, launched in 1976;
——In 1984, the new FANUC site was completed, and the CNC factory, production plant, and basic technology research institute were completed;
——In 1992, FANUC Robotics School opened to provide physical prototype training for customers and employees;
——In 1999, FANUC intelligent robot production, and soon became the most important product of FANUC.
In 1997, Shanghai FANUC was established – the first multinational company to enter China to promote robotics;
——In 2002, the company built its own factory, and Pudong Jinqiao has a system factory of nearly 3000m2;
——In 2003, set up branches in Guangzhou, Shenzhen, Tianjin, Wuhan, Dalian, Taiyuan, etc.;
——In 2008, the new factory was purchased in Baoshan with a base area of ​​38,000 m2.
In 2008, the FANUC robot world ranked first
——In June 2008, FANUC global robot sales reached 200,000 units.
——It is the world's first manufacturer to break through 200,000 robots and truly become the leader of industrial robots.
FANUC robot
2010 is the China World Expo Year. As the main exhibition hall enterprise pavilion of the World Expo, its status at the World Expo is indispensable. Shanghai Electric Group and its subsidiary Shanghai FANUC Robotics Co., Ltd. will make its debut at Expo. Mr. Xu Jianguo, Secretary of the Party Committee and Chairman of Shanghai Electric (Group) Corporation, said: “Shanghai Electric and Japan FANUC designed robots will participate in the 2010 World Expo with the image of 'smart robots'. With the future development, it is believed that the use of robots will become more and more Broad, will play an increasingly important role." Luxembourg Crown Prince and his party visited the robot "Fanako"
FANUC "Expo Robot" is a high-tech "artificial intelligent robot" with a height of 5m and a load of 1.3t. The robot is wearing a striking yellow coat and welcomes the audience on the first floor of the corporate pavilion. High visual ability and intelligence, according to the requirements of the visitors, "eyes" and "ears" coordinate and coordinate, adjust their postures themselves, identify objects to complete a series of tasks, and interact with tourists. FANUC also has important applications in the field of automation applications. With the intelligentization of robot vision functions, industrial robots in the future assembly line can achieve “one person multi-energy†in addition to repeating actions, which will greatly reduce the cost of automated assembly lines.
Founded in 1956, FANUC is the most powerful company in the world of scientific research, design, manufacturing and sales of CNC systems. FANUC first introduced the electro-hydraulic stepper motor in 1959. In the following years, the hardware-based open-loop CNC system was gradually developed and perfected. In the 1970s, microelectronics technology, power electronics technology, and especially computing technology developed rapidly. FANUC resolutely abandoned its electro-hydraulic stepper motor numerical control products, and introduced DC servo motor manufacturing technology from GETTES. In 1976, FANUC developed the CNC system 5, and then jointly developed a CNC system with advanced level with SIEMENS. From then on, FANUC gradually developed into the world's largest professional CNC system manufacturer. The products are changing with each passing day. Year renovated.
FANUC is the world's most diverse manufacturer of FA (factory automation), robotics and smart machinery. Since its establishment in 1956, the company has always been a pioneer in the development of global computer numerical control equipment, and has made outstanding contributions in the field of automation. In 2008, FANUC became the world's first manufacturer to break through 200,000 robots, ranking first in the market.
FANUC growth process
In 1979, CNC system 6 was developed, which is a mid-range CNC system with general functions and some advanced functions. 6M is suitable for milling machines and machining centers; 6T is suitable for lathes. Compared with the previous models, the large-capacity bubble memory is used, which is dedicated to large-scale integrated circuits, and the total number of components is reduced by 30%. It also has user macros for user-created unique variable subroutines.
In 1980, on the basis of System 6, both the resistance and the high-end development were developed, and System 3 and System 9 were developed. The system 3 is formed on the basis of the system 6, which is small in size, low in cost, and easy to form a mechatronic system, and is suitable for small and inexpensive machine tools. The system 9 is a variable software type CNC system having advanced performance formed by strengthening the system 6. The transformation software can be adapted to any different application, especially for machining complex and expensive aerospace components, requiring highly reliable multi-axis linkage heavy-duty CNC machines.
In 1984, FANUC introduced a new series of CNC 10 systems, 11 systems and 12 systems. This series of products has made great improvements in hardware. Any large-scale integrated circuit that can be integrated has three kinds of dedicated large-scale integrated circuit chips including 8000 gates, and its number of leads is as high as 179. There are 4 special large-scale integrated circuit chips, 22 kinds of thick film circuit chips, 32 high-speed processors, 4 megabytes of magnetic bubble memory, etc., and the number of components is reduced by 30% compared with the previous products. Thanks to the use of optical fiber technology in this series, hundreds of cables between the numerical control device and the machine tool and the control panel have been greatly reduced, which improves the anti-interference and reliability. The system can realize the bidirectional transmission of various types of data between the host computer and the machine tool, the workbench, the robot, the truck, and the like in the DNC. Its PLC unit uses a unique non-contact, non-polar output and high current, high voltage output circuit to facilitate the semiconductorization of the power cabinet. In addition, PLC programming can use not only the ladder language, but also the PASCAL language, which is convenient for users to develop their own software. The numerical control systems 10, 11, and 12 also enrich the dedicated macro function, automatic planning function, automatic tool compensation function, tool life management, color graphic display CRT, and the like.
In 1985, FANUC introduced CNC system 0. Its goal is small size and low price. It is suitable for mechatronics small machine tools. Therefore, it is combined with medium and large systems 10, 11, and 12. A new range of products from the period. In the hardware composition with the least number of components to achieve the highest performance for the purpose, the use of the latest high-speed high-integration processor, a total of six dedicated large-scale integrated circuit chips, four of which are low-power CMOS dedicated large-scale integrated circuits, Three kinds of special thick film circuits. The main control circuit of the three-axis control system, including input and output interfaces, PMC (Programmable Machine Control) and CRT circuits, are all on one large printed circuit board and integrated with the operation panel CRT. The main features of System 0 are: color graphics display, session menu programming, dedicated macro functions, multi-language (Han, German, French) display, directory return function. Since the introduction of CNC system 0, FANUC has been highly praised by users all over the world and has become one of the most widely used CNC systems in the world.
In 1987, FANUC successfully developed the numerical control system 15, which is called the epoch-making artificial intelligence numerical control system. It applied the new concept of MMC (Man Machine Control), CNC and PMC. The system 15 uses a digital servo unit with high speed, high precision and high efficiency processing, a digital spindle unit and a pure electronic absolute position detector, and also adds a MAP (Manufacturing Automatic Protocol) and a window function.
FANUC is a well-known manufacturer of CNC systems and industrial robots. Since the company produced CNC systems in the 1960s, it has developed more than 40 series of products.
The numerical control devices currently produced by FANUC are F0, F10/F11/F12, F15, F16 and F18 series. F00/F100/F110/F120/F150 series is based on F0/F10/F12/F15 and adds MMC function, namely CNC, PMC and MMC trinity CNC.
FANUC brand history
In 1956, the FANUC brand was founded - FANUCNC was successfully developed, and the FANUC brand was opened;
In 1971, FANUC CNC system ranked first in the world
——Become the world's largest professional CNC system manufacturer, occupying 70% of the global market share;
In 1974, FANUC industrial robots were introduced - based on servo and CNC basis, launched in 1976;
——In 1984, the new FANUC site was completed, and the CNC factory, production plant, and basic technology research institute were completed;
——In 1992, FANUC Robotics School opened to provide physical prototype training for customers and employees;
——In 1999, FANUC intelligent robot production, and soon became the most important product of FANUC.
In 1997, Shanghai FANUC was established – the first multinational company to enter China to promote robotics;
——In 2002, the company built its own factory, and Pudong Jinqiao has a system factory of nearly 3000m2;
——In 2003, set up branches in Guangzhou, Shenzhen, Tianjin, Wuhan, Dalian, Taiyuan, etc.;
——In 2008, the new factory was purchased in Baoshan with a base area of ​​38,000 m2.
In 2008, the FANUC robot world ranked first
——In June 2008, FANUC global robot sales reached 200,000 units.
——It is the world's first manufacturer to break through 200,000 robots and truly become the leader of industrial robots.
FANUC robot
2010 is the China World Expo Year. As the main exhibition hall enterprise pavilion of the World Expo, its status at the World Expo is indispensable. Shanghai Electric Group and its subsidiary Shanghai FANUC Robotics Co., Ltd. will make its debut at Expo. Mr. Xu Jianguo, Secretary of the Party Committee and Chairman of Shanghai Electric (Group) Corporation, said: “Shanghai Electric and Japan FANUC designed robots will participate in the 2010 World Expo with the image of 'smart robots'. With the future development, it is believed that the use of robots will become more and more Broad, will play an increasingly important role." Luxembourg Crown Prince and his party visited the robot "Fanako"
FANUC "Expo Robot" is a high-tech "artificial intelligent robot" with a height of 5m and a load of 1.3t. The robot is wearing a striking yellow coat and welcomes the audience on the first floor of the corporate pavilion. High visual ability and intelligence, according to the requirements of the visitors, "eyes" and "ears" coordinate and coordinate, adjust their postures themselves, identify objects to complete a series of tasks, and interact with tourists. FANUC also has important applications in the field of automation applications. With the intelligentization of robot vision functions, industrial robots in the future assembly line can achieve “one person multi-energy†in addition to repeating actions, which will greatly reduce the cost of automated assembly lines.
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