1, Fanuc Japan
FANUC is a Japanese company specializing in numerical control system, established in 1956. Is the world's largest professional CNC system manufacturer, accounting for 70% of the global market share. FANUC introduced the electro-hydraulic stepping motor for the first time in 1959, and gradually developed and improved the hardware-based open-loop CNC system in the following years.
2.ABB is in Switzerland
ABB Group is one of the world's top 500 enterprises, headquartered in Zurich, Switzerland. ABB is a merger of Arcia(ASEA) in Sweden and BBCBOWN BOFERI in Switzerland, two international enterprises with a history of over 1988. In early 2006, ABB moved its global robot headquarters to Shanghai, China.
3. KUKA, Germany
KUKA 1973 started as a manufacturer of industrial robots and a supplier of automatic production equipment and solutions. KUKA robots are all kinds, covering almost all load ranges and types, and the standard of man-machine cooperation (MRK) has been established.
4. An Chuan Electric
As a leading servo drive enterprise, An Chuan put forward the concept of "mechatronics" for the first time. In the late1960s, Yaskawa Electric Company took the lead in putting forward the concept of "integrating customers' machinery with our motor products to play a more powerful role". The application of electronic technology to mechanical control and the pursuit of high-performance electromechanical integration technology play a huge role in various industrial automation and efficiency today.
Development trend of industrial robots;
1, man-machine cooperation
With the development of robots from keeping a distance from people to interacting with people naturally. The maturity of drag teaching and manual teaching technology makes programming easier and easier to use, reduces the professional requirements for operators, and makes it easier for skilled technicians to transfer their process experience.
2. Autonomy
At present, robots are developing from pre-programming, teaching and reproduction control, direct control and teleoperation to autonomous learning and operation. Intelligent robot can automatically set and optimize trajectory path according to working conditions or environmental requirements, automatically avoid singularity, predict interference and collision, and avoid obstacles.
3. Intelligence, informationization and networking
More and more 3D vision and force sensors will be used in robots, and robots will become more and more intelligent. With the development of sensing and identification system, artificial intelligence and other technologies, robots are developing from one-way control to self-storage and self-application of data, and gradually moving towards informationization. With the progress of multi-robot cooperation, control and communication technology, robots are developing from independent individuals to the Internet and cooperation.