This section provides an overview for robotic controllers as well as their applications and principles. Also, please take a look at the list of 9 robotic controller manufacturers and their company rankings.
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The robotic controller has the following principles and functions:
Some recent products are equipped with AI, and many robots can determine how to move next time without teaching. robotic controller for industrial robots and human-controlled robots are available from robot manufacturers, and specifications differ among manufacturers.
Basically, robotic controller is not compatible with other companies, and a robotic controller from a particular manufacturer cannot operate a robot from another manufacturer.
There are two types of TPs: wired type and wireless type (e.g., tablet type).
Wired Type TP
The wired type is often used for traditional industrial robots. Workers are accustomed to using them at manufacturing sites where existing industrial robots are used, such as automobile manufacturers.
One disadvantage of the wired type is that it may take some time for beginners to master its use. To use this type of controller for beginners, it is necessary to become proficient to some extent by reading manuals or attending robot training sessions, or to request a dedicated robot SIer to build a system.
Wireless type TP
The wireless type is mainly used for human-controlled robots. One advantage of this type is that it is designed to be relatively easy to use, even for beginners.
Many TPs employ a large touch panel screen and intuitive operation called direct teaching, so that even beginners can use the system immediately. Therefore, it is possible to control the robot by ourselves without hiring a robot SIer.
In addition, the absence of thick cables makes it possible to build a neat and tidy robot system.
Robotic controllers are evolving daily in response to the expansion of robot applications and the growing demand for automation. Here, we discuss the evolution of robotic controllers toward miniaturization and higher functionality.
Miniaturization
In recent years, demand for smaller robots has been increasing for applications such as electronic component assembly. In line with this trend, there is a growing demand for smaller robotic controllers.
Robot manufacturers such as Fujikoshi, Kawasaki Heavy Industries, and Yaskawa Electric have commercialized compact robotic controllers in the 12-15L volume class. These products are more than 70% smaller than conventional models.
Increasing Sophistication
It can be said that robotic controllers are evolving in a direction that allows them to control not only robots but also surrounding machines all together. For example, some robotic controllers have PLC functions built into them, eliminating the need for an external system control panel to control servo motors, I/O, and other functions.
*Including some distributors, etc.
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ABB E-mobility provides electric vehicle charging solutions for customers around the globe. ABB E-mobility offers DC fast chargers as well as AC chargers with focus on reliability and uptime. Since 2010, ABB E-mobility has sold over 50,000 DC fast chargers and over 1 million total AC chargers. ABB E-mobility offers home single and multi-charge units, retail, workplace, and hospitality charge units, electric vehicle fleet sales, as well as public transportation. Additionally, numerous digital solutions and software services are available.
Stäubli began in Horgen, Switzerland in 1892. Stäubli designs, produces, distributes, and provides support for products for numerous industries including aerospace, alternative fuels, medical devices, packaging, photovoltaics, and semiconductors. Stäubli has 4 primary product lines including electrical connectors, fluid connectors, robotics, and textile. Electrical connector products include cable couplers, modular connectors, and test and measurement connectors. Fluid connectors include mold clamping systems, quick and dry disconnect couplings, and safety breakaway couplings. Robotics include industrial robots, collaborative robots, and mobile robots. Textile includes weaving preparation and frame weaving.
Delta Electronics was founded in 1971 in Taipei, Taiwan. Delta Electronics is a global provider of power and thermal management solutions, serving power electronics, automation, and infrastructure. Delta’s power electronics division sells components such as inductors, power and system components such as industrial power supplies and external adapters, fans and thermal management such as DC brushless fans and motors, and automotive electronics. Automation includes industrial automation and building automation subdivisions. Infrastructure includes ICT infrastructure, energy infrastructure & industrial solutions, and display & visualization. Delta Electronics also provides solutions for data center, telecom energy, and EV charging.
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