How to distinguish the types of commonly used handling composite robots in industry?

With the miniaturization and microminiaturization of handling composite robots, their application fields will break through the traditional mechanical field and develop into high-end industries such as electronic information, biotechnology, life sciences, aerospace, etc. In modern production processes, handling composite robots are widely used in automated production lines. The research and production of robots have become a new technology in the high-tech field, developing rapidly. It further promotes the development of robotic arms and better combines handling composite robots with mechanization and automation.

1. Requires manual operation: This is an early robotic arm, also known as a mechanical arm, which originated in the atomic and military industries. People used mechanical arms to complete specific tasks, and later developed to use radio signal mechanical arms to explore the moon. The commonly used forging manipulator in industry also belongs to this category.

2.Specialized handling composite robots, mainly attached to automatic machine tools or automatic lines, are used to solve the problems of machine tool loading and unloading and workpiece allocation.

3.A universal robotic arm that does not require manual operation. It is an independent device that is not connected to the host and can be programmed to complete specified operations according to the needs of the task. It has the characteristics of a universal machine, a universal machine, and a ternary machine with intelligent memory.

At present, domestically produced handling composite robots are mainly used in machine tool processing, casting and forging, heat treatment and other fields. The quantity, variety and performance cannot meet the needs of industrial production development. The accuracy of robotic operation and the ability to complete operations in various environments have broad development prospects in various fields of the national economy.

Advantages of moving composite robots:

1. Flexible modification of production process: We can quickly change the production process by modifying the program and gripper fixtures, with fast debugging speed, saving time for employee training and enabling quick production.

2. Improve production efficiency: To improve production efficiency, it is necessary to control the production cycle. However, a fixed production and processing cycle cannot be increased. Nowadays, automatic loading and unloading can replace manual operation, which can effectively control the cycle and avoid the influence of human factors on the production cycle, greatly improving output.

3. Improve product appearance quality: The robot automated production line reduces intermediate links from feeding, clamping, and feeding to the robot, greatly improving the quality of parts, especially making the product surface more beautiful.

According to the characteristics of stamping production, stamping robotic arms are automation based equipment specially developed to achieve stamping automation and unmanned production. They can replace manual work in stamping, transportation, and material loading and unloading at various stamping stations. The efficiency of the entire production line can reach 5 seconds. Most flexible automatic stamping lines consist of a double acting stretching press or a multi link single acting stretching press and 45 single acting presses, producing large vehicle body coverings with high safety and good stamping quality.

That's all for today's explanation. Thank you for watching. If you need customized handling of composite robots, you can contact our company.