Since the packaging and encapsulation of pharmaceutical products usually need to take into account factors such as product size, shape, and weight, the production process needs to be highly adaptable, and dedicated production equipment is difficult to meet the production of so many varieties and specifications, so many links rely on manual work. However, manual work not only has low operating efficiency and long production cycle, but also cannot guarantee the absolute safety of pharmaceutical products.

· The operating efficiency of robots is overly dependent on the experience of engineers:

The movement trajectory and posture of the robot need to be planned by engineers based on their personal experience, so it is difficult to ensure that the production efficiency of the robot is always optimal.

Through intelligent algorithms, the robot arm has flexible operation capabilities, and can autonomously adjust the motion trajectory and posture according to the operation requirements of different products, and quickly adapt to the production of different products.

· Intelligent planning of the optimal operation trajectory and the optimal operation rhythm:

Based on the intelligent algorithm, the optimal trajectory of the robot arm can be planned with one click, and the optimal working rhythm can be formed according to the constraints and the surrounding environment.

· Achieve full-process traceability management:

Based on the intelligent robot arm, every step of the operation process can be recorded to ensure that the production process of each product can be traced and managed.