How Jinker Spraying Robot Brings High Benefits to Automotive Spraying
&Nbsp; With the continuous advancement of new technologies in intelligent manufacturing of automobiles, the rapid development of the domestic automobile manufacturing industry has been accelerated, while also promoting the continuous transformation and upgrading of the domestic automobile manufacturing industry. With the continuous progress and innovation of automobile manufacturing in science and technology, the demand for products has also put forward higher requirements. After experiencing the impact of the "COVID-19" and the impact of the shortage of "automobile chips", the market competition of the automobile manufacturing industry has become more intense. Under strong market competition pressure, Jinker Enterprise further improves production efficiency and competitive advantage through spraying robots. The automatic production line of spraying robots is a key production mainline of Jinker Company's painting workshop. The equipment program and process control of the entire production line are complex, and all production processes are completed according to the set procedures through automated interlocking equipment. The 
Jinker online spraying robot adopts an online tracking system and encoder, which are key equipment to ensure the movement of the workpiece and the online spraying robot. The system monitors the chain speed changes in real-time through an encoder and transmits the numerical values to the online spraying robot controller, always maintaining the mutual position and action relationship between the spraying robot action and the workpiece during teaching, thereby ensuring the quality of the robot tracking spraying under moving conditions. If the conveyor chain stops, the spraying robot can remember the current position and stop, and the conveyor chain restarts the spraying robot to continue executing unfinished programs. There are two main ways for robot spraying. One is continuous, where the robot moves according to a predetermined rhythm time, and the entire process is in a continuous and uniform running state. The robot synchronously tracks the body to complete the spraying operation; Another type is the walking and stopping type, which means that the body enters the robot's working area and stops. The robot completes the body painting, and the body is in a stationary state during the entire process, while the robot is in motion. With the introduction of spraying robots, the Jinker team has been able to achieve advantages such as improving spraying quality and material utilization, expanding work scope, greatly shortening on-site debugging time through offline programming, and improving equipment utilization during the automotive spraying process, thereby improving the high efficiency and process optimization of the work. Compared to other majors, the intelligent development of 
painting automation technology not only improves efficiency and stabilizes quality, but also has the value of eliminating pollution, improving paint utilization, and achieving energy conservation and environmental protection when using automatic spraying in painting workshops. The core of the development of painting technology is to develop towards efficient and compact processes such as simplifying and merging processes. The pollution-free additive manufacturing method will become the main driving force for promoting the intelligent top-level overall design of painting. Improving the quality of robot spraying car bodies and leveraging the flexibility of robot spraying has become a key issue in the automotive manufacturing coating workshop. Jinke Green Technology Co., Ltd. can take into account the requirements of robot spraying flexibility and high quality in the design and planning stage of new or renovated factories, and improve the quality of robot spraying and production flexibility from the source< Br/>
Jinker online spraying robot adopts an online tracking system and encoder, which are key equipment to ensure the movement of the workpiece and the online spraying robot. The system monitors the chain speed changes in real-time through an encoder and transmits the numerical values to the online spraying robot controller, always maintaining the mutual position and action relationship between the spraying robot action and the workpiece during teaching, thereby ensuring the quality of the robot tracking spraying under moving conditions. If the conveyor chain stops, the spraying robot can remember the current position and stop, and the conveyor chain restarts the spraying robot to continue executing unfinished programs. There are two main ways for robot spraying. One is continuous, where the robot moves according to a predetermined rhythm time, and the entire process is in a continuous and uniform running state. The robot synchronously tracks the body to complete the spraying operation; Another type is the walking and stopping type, which means that the body enters the robot's working area and stops. The robot completes the body painting, and the body is in a stationary state during the entire process, while the robot is in motion. With the introduction of spraying robots, the Jinker team has been able to achieve advantages such as improving spraying quality and material utilization, expanding work scope, greatly shortening on-site debugging time through offline programming, and improving equipment utilization during the automotive spraying process, thereby improving the high efficiency and process optimization of the work. Compared to other majors, the intelligent development of painting automation technology not only improves efficiency and stabilizes quality, but also has the value of eliminating pollution, improving paint utilization, and achieving energy conservation and environmental protection when using automatic spraying in painting workshops. The core of the development of painting technology is to develop towards efficient and compact processes such as simplifying and merging processes. The pollution-free additive manufacturing method will become the main driving force for promoting the intelligent top-level overall design of painting. Improving the quality of robot spraying car bodies and leveraging the flexibility of robot spraying has become a key issue in the automotive manufacturing coating workshop. Jinke Green Technology Co., Ltd. can take into account the requirements of robot spraying flexibility and high quality in the design and planning stage of new or renovated factories, and improve the quality of robot spraying and production flexibility from the source< Br/> 
