0636003339

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 0636003339 application field and working principle refer to the automated robot AXI, an industrial robot with built-in intelligence and advanced performance. This robot is designed with a 6-axis modular framework and distributed tracking control technology which helps to achieve high accuracy and repeatability.

In terms of application fields, the AXI robotic arm has been widely used in many scenes. It can be used for automated painting, household appliances, welding, automobile assembly, terminal cleaning, and machining tasks. In addition, the AXI robot provides a series of programming solutions, such as limit programming, scene programming, PLC (Programmable Logic Control) programming, and G-Code programming. These solutions make it possible to quickly implement tasks such as polishing, repeatable precision machining, laser experiment machining, waterjet machining, and soldering.

Due to the modular design, the AXI robots can be easily exchanged between different equipment. This feature also benefits the users in terms of maintenance and upgrade. With the software upgrading, the robot functionality can be easily expanded by adding more servo units, cameras, and other sensors. The built-in operating system allows users to design and optimize pathways for the robot to complete the tasks at optimum speed or accuracy. The robot also comes with a built-in safety system that prevents any unexpected incidents.

The working principle of the robotic AXI arm is based on the distributed track control technology. This technology allows the robot arm to accurately locate its position through the use of a series of sensors. The robot is equipped with a total of six axes of motion, which are coupled to the position sensors in the robot arm. Through this method, the system can accurately track the robot\'s movements and ensure accurate and repeatable operation.

In addition to the hardware design, AXI robots also use advanced software algorithms to control the arm. The robot arm\'s forward kinematics, inverse kinematics, and trajectory planning are all incorporated into the automated programming system. Through this approach, the robot is able to accurately determine the necessary movement and reduce the chances of collisions. Finally, the robot can be further customized through the addition of external control systems, that will allow users to tailor the robotic arm\'s operation depending on the specific needs of the task.

In conclusion, the AXI robotic arm provides a powerful and flexible solution for automated tasks. Thanks to its advanced technology, the robot can accurately and reliably perform repeatable tasks, eliminating errors caused by human factors. Moreover, its modular design makes it possible to upgrade and expand the robot arm\'s functionality with the addition of additional components, which cater to specific requirements.

The specific data is subject to PDF, and the above content is for reference