Seven Main Application Scenarios of Robotic Arm

What are the application scenarios of robotic arms? Its application characteristics are very obvious, mainly to replace the artificial scene in dangerous work or replace intensive, repeatable high action. If the work situation meets the above two characteristics, the robot arm can be used.

ROBOT PALLETIZER

The application scenarios of mechanical arm are mostly in manufacturing industry, with heavy industry attributes, such as metal processing, polishing and grinding, assembly, machine loading and unloading, palletization/handling, rubber/plastic, sorting, etc.

Metal processing

Metal processing is the processing of copper, iron, aluminum and other raw materials into articles, parts, components. It can replace manual forging, rolling, steel wire drawing, impact extrusion, bending, shearing and other processes.

Polishing grinding

The robot drives the pneumatic grinding machine at the end to automatically replace sand paper with different particle sizes, and grind, fine and polish the workpiece. The robot automatically removes and replaces sandpaper of different sizes. There are two stations, one for grinding and one for loading and unloading workpieces. The grinding and polishing operations are always carried out in a water-based environment.

assembly

Mechanical arm assembly here generally refers to automobile assembly. In the automated production line, automobile assembly is divided into a series of procedures. Engineers set various procedures and cooperate with workers to meet the installation of doors, front covers, tires and other components.

Machine loading and unloading

Machine feeding, mainly for the production of material difficult problem, like textile machine tools, material itself large and heavy, manual operation is bound to be carried by many people, with mechanical arm loading and unloading, fixed program, fixed action, only need to loading and unloading.

Stacking/carrying

Manufacturing or FMCG industry due to large supply, as well as the rapid rise of labor costs, for the packing line equipped with automatic stacking equipment, can improve production efficiency, reduce production costs. System features: the system is safe and stable, to ensure the speed of palletizing, to ensure no damage to the appearance of the packing case, to ensure the precise position of stable palletizing.

Rubber/plastic

In the production of tire skin, there are many cutting stations, which are boring and repetitive, and have a certain degree of danger. Therefore, it is hoped that a computer system can be designed to replace manual work for cutting material, so as to improve production efficiency. One shift can be increased from robots to two or three shifts, which will reduce production costs in the long run.

sorting

Under the guidance of vision, the robot will follow the work on the conveyor belt and pick it up, and then pick it up to different material trays. The feature is that the visual system will compensate for positioning and follow the grab online.

The application of mechanical arm in production and manufacturing has formed a trend, which benefits from the vigorous development of robot technology in the past decades, the continuous realization of the integration of new technology applications, the new positioning of automatic manufacturing, and the continuous development of application scenarios. Technology is the driving force, and the scene is benefit and value. Only technology that produces value can step by step and have long-term impact.