Human-machine collaboration, see how domestic co-robot power enterprise automation upgrade
Date：2020-04-30
With the rapid development of science and technology, domestic co-robot enterprises have risen rapidly, and many robot companies have launched new products and new technologies. Techrobots(Shenzhen) company announced the official launch of a new product co-robot —— TB6 series co-robot.
TB6 series 6 axis co-robot are especially suitable for metal processing, automobile assembly spraying, 3C assembly, logistics handling, machine tool loading and unloading, material testing, stacking, grinding and polishing, etc. They are lightweight, small and human-machine co-robot. TB6 series co-robots can be combined with the production line to form a single or multi-machine automation system, in man-machine collaboration and achieve loading, unloading, assembly, sorting, assembly, spraying and other production operations. In view of the future development trend, if there is no artificial intelligence, compared with traditional robots, the advantage of co-robot is only reflected in the "lightweight ontology". The carrier of cooperative robot is light body, and the soul of cooperative robot is artificial intelligence AI, which is supported by machinery, structure and traditional control technology. Vision, artificial intelligence and other functions are the core of co-robot to play their value on a large scale.
In the automation industry for more than a decade, the market has changed rapidly, and for most enterprises, the industry issues are similar, from scale production to scale customization. Rapidly iterating products have increasingly strict requirements on the universality, accuracy, and reliability of the production process, and many non-standard products and complex processes are difficult to achieve manually. In this era, manufacturing methods must be more flexible.
TB6 series 6 axis co-robot are especially suitable for metal processing, automobile assembly spraying, 3C assembly, logistics handling, machine tool loading, and unloading, material testing, stacking, grinding, and polishing, etc. They are lightweight, small, and human-machine co-robot. TB6 series co-robots can be combined with the production line to form a single or multi-machine automation system, in man-machine collaboration and achieve loading, unloading, assembly, sorting, assembly, spraying and other production operations.
With the improvement of productivity, enterprises realized the scale effect, enterprises realized the profit, consumers got a low price and the high-quality product. When the relations of production and the development of productive forces meet, the development of productive forces can be effectively promoted. Customization and flexible production no longer require traditional methods of production -- all of this is done by hand or by stand-alone devices, and in many applications, it is less efficient than working with people and machines. Flexible production can meet the production demand of small-batch, multi-variety, and periodic fluctuation, and improve the competitiveness of user enterprises.
The lightweight production mode represented by co-robot not only brings a breakthrough in productivity but also upends the traditional production relationship, enabling robots to cooperate with workers. For enterprises, the emergence of co-robot has undoubtedly accelerated the process of enterprise automation. This lightweight, flexible co-robot can be quickly redeployed and reprogrammed to accomplish new tasks.
Given the future development trend, if there is no artificial intelligence, compared with traditional robots, the advantage of co-robot is only reflected in the "lightweight ontology". The carrier of the cooperative robot is a light body, and the soul of a cooperative robot is artificial intelligence AI, which is supported by machinery, structure, and traditional control technology. Vision, artificial intelligence, and other functions are the core of co-robot to play their value on a large scale.
TB6 series 6 axis co-robot are especially suitable for metal processing, automobile assembly spraying, 3C assembly, logistics handling, machine tool loading and unloading, material testing, stacking, grinding and polishing, etc. They are lightweight, small and human-machine co-robot. TB6 series co-robots can be combined with the production line to form a single or multi-machine automation system, in man-machine collaboration and achieve loading, unloading, assembly, sorting, assembly, spraying and other production operations. In view of the future development trend, if there is no artificial intelligence, compared with traditional robots, the advantage of co-robot is only reflected in the "lightweight ontology". The carrier of cooperative robot is light body, and the soul of cooperative robot is artificial intelligence AI, which is supported by machinery, structure and traditional control technology. Vision, artificial intelligence and other functions are the core of co-robot to play their value on a large scale.
In the automation industry for more than a decade, the market has changed rapidly, and for most enterprises, the industry issues are similar, from scale production to scale customization. Rapidly iterating products have increasingly strict requirements on the universality, accuracy, and reliability of the production process, and many non-standard products and complex processes are difficult to achieve manually. In this era, manufacturing methods must be more flexible.
TB6 series 6 axis co-robot are especially suitable for metal processing, automobile assembly spraying, 3C assembly, logistics handling, machine tool loading, and unloading, material testing, stacking, grinding, and polishing, etc. They are lightweight, small, and human-machine co-robot. TB6 series co-robots can be combined with the production line to form a single or multi-machine automation system, in man-machine collaboration and achieve loading, unloading, assembly, sorting, assembly, spraying and other production operations.
With the improvement of productivity, enterprises realized the scale effect, enterprises realized the profit, consumers got a low price and the high-quality product. When the relations of production and the development of productive forces meet, the development of productive forces can be effectively promoted. Customization and flexible production no longer require traditional methods of production -- all of this is done by hand or by stand-alone devices, and in many applications, it is less efficient than working with people and machines. Flexible production can meet the production demand of small-batch, multi-variety, and periodic fluctuation, and improve the competitiveness of user enterprises.
The lightweight production mode represented by co-robot not only brings a breakthrough in productivity but also upends the traditional production relationship, enabling robots to cooperate with workers. For enterprises, the emergence of co-robot has undoubtedly accelerated the process of enterprise automation. This lightweight, flexible co-robot can be quickly redeployed and reprogrammed to accomplish new tasks.
Given the future development trend, if there is no artificial intelligence, compared with traditional robots, the advantage of co-robot is only reflected in the "lightweight ontology". The carrier of the cooperative robot is a light body, and the soul of a cooperative robot is artificial intelligence AI, which is supported by machinery, structure, and traditional control technology. Vision, artificial intelligence, and other functions are the core of co-robot to play their value on a large scale.