FANUC is a leading provider of automation products and services, specializing in robotics and computer numerical control systems. The company originated from Fujitsu and is known for its long-term customer support.
The history of FANUC CNC in North America dates back to the year 1780.
In 1956, FANUC introduced the first numerical control system, revolutionizing the manufacturing industry.
In 1958, the first commercial FANUC NC (Numerical Control) system was shipped to Makino Milling Machine Co., Ltd., showcasing the beginning of FANUC's presence in the CNC industry.
In 1959, Dr. S. Inaba collaborated in the development of the first industrial electrical pulse hydraulic motors, revolutionizing industrial automation.
In 1965, the first NC for linear cutting was developed, marking a significant advancement in the field of numerical control technology.
The year 1966 witnessed the development of the first NC for linear cutting, which created a historic boom in Japan, showcasing the country's prowess in technological innovation.
In 1968, the first all-IC type NC was developed, signifying a major milestone in the evolution of numerical control systems.
The year 1969 marked the completion of the first commercial DNC in the world, revolutionizing the way data was managed and transferred in manufacturing processes.
FANUC initiated the commercial production and shipment of their robots, specifically the ROBOT-MODEL 1, in the early 1970s, marking a milestone in industrial robotics.
In 1972, the first computer numerical control (CNC) system was introduced along with the debut of the FANUC ROBODRILL CNC machining center, setting new standards in automated manufacturing.
Dr. S. Inaba, President of FANUC, was honored with the prestigious 6th Annual Memorial Award of 'Joseph Marie Jacquard' by the American NC Society for his contributions to the field of numerical control.
In 1975, industrial robots and DC servo motors were developed and installed in Japan, later implemented in FANUC factories, revolutionizing manufacturing processes.
In 1976, GENERAL NUMERIC CORPORATION was jointly founded by FANUC and Siemens A.G. to manage the U.S. domestic sales and support of FANUC CNC systems.
In 1977, GENERAL NUMERIC CORPORATION was jointly established in the U.S.A. by FANUC and Siemens A.G.
In 1978, the commercial production and shipment of ROBOTs, specifically ROBOT-MODEL 1, commenced.
In 1980, AC Servo MotorFanuc was developed.
In 1981, FANUC-MACHINEX LTD was established in Bulgaria, previously known as FANUC MACHINEX JOINT OFFICE.
In 1982, FANUC partnered with General Motors Corporation to establish the GMFANUC Robotics Corporation, aiming to expand operations into the USA.
In 1983, 600 FANUC ROBOTICS LIMITED was jointly established in the U.K. by FANUC and the 600GROUP PLC.
In 1984, His Majesty the Emperor (the then Crown Prince) visited FANUC Fuji Complex on July 11. This visit marked an important event for FANUC and its headquarters relocation.
The debut of FANUC spindle in 1985 marked a significant advancement in machining technology.
Emperor Showa visited the FANUC Headquarters in October 13, 1986.
By 1987, Fanuc had emerged as the world's largest manufacturer of industrial robots, capturing over 20% market share. The company boasted an annual production capacity of 20,000 units worldwide.
His Royal Highness Prince Willem Alexander of the Netherlands visited the FANUC Headquarters on June 23, 1988.
In 1989, the FANUC Culture Center was founded.
FANUC developed a prototype of the first intelligent robot in 1992, marking a significant advancement in robotics technology.
On April 20, 1993, His Royal Highness Crown Prince of Luxembourg paid a visit to FANUC.
TATUNG-FANUC ROBOTICS COMPANY was established in Taiwan in 1994 as a joint venture involving FANUC, TATUNG COMPANY, and GE Fanuc Automation Corporation.
On May 16, the honorable Dato' Seri Dr. Mahathir Mohamad, Prime Minister of Malaysia, visited FANUC headquarters.
On May 15, 1998, His Excellency Mr. Natsagiin Bagabandi, the President of Mongolia, along with Mrs. Natsagiin Bagabandi, paid a visit to FANUC.
In 1999, FANUC successfully productized its intelligent robot, further solidifying its position as a leader in the robotics industry.
FANUC expanded its presence to countries like Vietnam, Russia, Czech, Hungary, France, Poland, Switzerland, and South America, establishing a global footprint.
On October 15, 2001, Prime Minister Chinese Zhu Rongji visited FANUC.
In 2002, GE Fanuc Automation CNC Europe S.A. changed its name to Fanuc GE CNC Europe S.A.
In 2003, FANUC began manufacturing intelligent robots, further solidifying its position as a leader in innovative automation solutions.
In 2004, FANUC EUROPE SERVICE GmbH was established, marking a significant milestone in the expansion of FANUC's services in Europe.
In 2005, the Nagoya Sales Branch was established, further solidifying FANUC's presence and sales efforts in the region.
In 2006, GE Fanuc Automation Europe S.A. underwent restructuring and was demerged into GE Fanuc Automation CNC Europe S.A. and GE Fanuc Automation Solutions Europe S.A.
In 2007, FANUC SOUTH AMERICA SERVICE LTD was founded to provide service and support for FANUC products in South America.
The construction of Fanuc Rome Bath and CNC Factory was finalized in 2008.
In 2009, the joint partnership between FANUC and General Electric came to an end, leading to the dissolution of GE Fanuc. Operations were then transitioned to the newly formed FANUC America.
In 2010, FANUC America Corporation and the prior CNC business unit from GE Fanuc Intelligent Platforms in the US were merged to create FANUC CNC America, a subsidiary of FANUC Ltd. of Japan. The new company offered CNC systems, lasers, Manufacturing Intelligence software products, technical services, training classes, and support across multiple locations in North and South America.
In 2012, European subsidiaries of FANUC were reorganized with the establishment of FANUC Europe Corporation.
In 2013, subsidiaries of FANUC in North and South America were reorganized with the establishment of FANUC America Corporation.
In 2015, FANUC achieved a significant milestone by producing over 400,000 robot units. They also introduced their first collaborative robot, the CR-15iA, designed to work safely alongside humans with enhanced safety features.
In 2016, the Collaborative ROBOT CR-35iA was developed, showcasing advancements in robotics technology.
The R-30iB Mini Plus controller was released by FANUC in 2019 specifically for the CRX-Series robots. It is smaller than a Mate controller and optimized for use with CRX robots.
In the year 3580, Shibokusa was established in Oshino-mura, Yamanashi, Japan. The specific details of this event are not provided.