The composition of an injection molding robotic arm generally consists of a fulfillment system, a driving system, a control system, etc. The implementation and driving system is primarily planned to achieve the normal function of the arm, using pneumatic or electric motors to drive the operation of mechanical components and achieve the function of retrieving objects. With the gradual deepening of the application of robotic arms, inserting parts, cutting product adhesive ports, and simplifying assembly.

1. To improve working conditions and avoid personal accidents
In situations of high temperature, high pressure, low temperature, low pressure, dust, noise, odor, radioactive or other toxic pollution, and narrow working space, direct manual operation is dangerous or impossible. However, using a robotic arm can partially or completely replace humans to complete the work, improving working conditions. In some simple, repetitive, especially clumsy operations, using a robotic arm to perform tasks on behalf of others can avoid personal accidents caused by fatigue or negligence during operation.
2. Can reduce manpower and facilitate rhythmic production
Using a robotic arm to perform tasks on behalf of others is another aspect of directly reducing manpower, as it allows for continuous operations. Therefore, in the summary processing automation line of automated machine tools, there were almost no robotic arms at that time, in order to reduce manpower and more effectively control the production rhythm, facilitating rhythmic operation and production.
3. To improve the level of automation in the production process
The use of robotic arms is conducive to achieving the degree of automation in material transfer, workpiece loading and unloading, tool replacement, and machine installation, which can then improve labor productivity and reduce production costs.