Industrial communication refers to various communication technologies and protocols used in industrial control systems to achieve data exchange and control signal transmission between industrial equipment. With the continuous improvement of industrial automation level, industrial communication has become one of the indispensable technologies in modern industry.

Industrial robotic arm is an automatic device that imitates human hand movements, generally consisting of an actuator, a drive mechanism, a control system, and a machine base. By using connectors for electrical interconnection and driving, industrial robotic arms can perform operations such as grasping, handling, lifting, etc. according to the set program. In industrial production, the operational stability and execution accuracy of robotic arms are important factors that determine industrial production efficiency and safety.

The drive system is an important component of industrial robots, generally composed of control units, drive circuits, and signal conditioning circuits. Through the drive system, industrial robots can convert electrical energy into mechanical energy, achieving various operations such as rotation, stretching, and lifting. In the field of industrial production, the robot drive system is the main factor determining the efficiency and stability of robot production.

Stacking robot is an automated device that can achieve efficient stacking of materials and integrated management of automated processes through technologies such as robotic arms, sensors, and computer control systems. Commonly used in industries such as logistics and manufacturing. While reducing labor intensity and ensuring safe material handling, it can also meet the application needs of special environments such as explosion-proof workshops.

Industrial control computers, also known as industrial control computers, are computers designed specifically for industrial settings. Through the bus structure, industrial control computers can detect and control the electromechanical equipment and process equipment in industrial production processes, which is the core of ensuring the normal operation of industrial equipment. At present, industrial control computers have been widely used in control places, road and bridge toll collection, medical treatment, environmental protection, intelligent transportation, communication, monitoring, CNC machine tools, finance and many other fields.

Industrial automation control refers to the use of computer technology, microelectronic technology, and electrical means to make the production and manufacturing processes of factories more automated, efficient, precise, and controllable and visible.As an important control device in the field of industrial automation, the industrial core controller is a professional computer specially designed for industrial production control. It can monitor and control machinery and equipment, production processes, and data parameters in the industrial production process to ensure industrial production Smooth operation on site.

The robotic arm is the most widely used automated mechanical device in the field of industrial robot technology. It can be seen in fields such as industrial manufacturing, medical treatment, entertainment clothing, and semiconductor manufacturing. Compared to general robots, robotic arms condense all motion modes into three types - stretching, rotating, and lifting, greatly reducing development difficulty and production costs.

Robot is an intelligent machine that can work semi autonomously or fully autonomously. It has the basic functions of perception, decision-making and execution. It can assist or even replace human beings to complete dangerous, heavy and complex work, improve work efficiency and quality, and serve human life. In the construction industry, robots in related processes have appeared in the processes of measurement, floor cleaning, ground leveling, ground troweling, basement troweling, ceiling polishing, indoor spraying, garage spraying, etc., providing new solutions to the problems of labor shortage, high safety risk, slow construction speed, unstable construction precision and so on.

Handling robots are one of the most important equipment in the modern warehousing system. It can efficiently, accurately and flexibly complete the handling of basic materials and realize automatic handling operations. At present, it has been widely used in various scenarios such as machine tool loading and unloading, automatic production lines of stamping machines, automatic assembly lines, palletizing and handling, and containers. Because handling operations are often carried out indoors, handling robots widely use electric energy as a driving energy and use charging piles to charge.