What are the industrial robot technologies and applications?

Through technologies such as deep learning and machine learning, industrial robots will be able to better understand and adapt to various complex environments, make autonomous decisions and operate autonomously; on the other hand, through the combination with technologies such as the Internet of Things and cloud computing, industrial robots will be able to achieve more extensive information sharing and collaborative operations, and promote the manufacturing industry to develop in a greener and more intelligent direction.

Why are many large companies now choosing to use robots instead of manual labor?

The progress and application of robotics technology is unstoppable, and robots have earned their status and value in some fields. However, whether robots can replace human labor is still a controversial and subjective issue. In the future social and labor relations, robots and human labor need to work together to better meet human needs and interests. Only when human needs and interests are in a middle position can robotics technology become a booster for our social progress.

Working principle of welding robot

Welding robots are divided into two categories: arc welding robots and electric welding robots. Arc welding robots can be used in all arc welding, cutting technology and similar industrial methods. A complete set of arc welding robot system should include robot manipulator, control system, welding device, and weldment clamping device. There are two sets of rotating worktables on the clamping device that can enter the robot's working range in turn.

Let us show you how to use the transport robot!!!

When completing tasks such as assembly and picking and placing objects, in addition to accurate positioning, it is also required to use appropriate force or force cabinets to work. At this time, the force servo method must be used. The control principle of this method is basically the same as the position servo control principle, except that the input and feedback are not position signals. Instead, they are force signals. Therefore, force sensors are required in the system, and sometimes proximity, sliding and other sensing functions are used for adaptive control.

Components and functions of industrial robots

A complete industrial robot consists of multiple parts, including mechanical structure, control system, sensor and communication interface. These parts work together to enable the robot to complete various high-precision and high-speed tasks in complex industrial production environments. With the continuous development of technology and the continuous expansion of application needs, industrial robots will continue to play an important role in modern manufacturing.

Features and advantages of palletizing robots

It can replace people working in dangerous, toxic, low-temperature, high-heat and other harsh environments; it can help people complete heavy, monotonous and repetitive labor and improve labor productivity.