Project Introduction:
The pharmaceutical industry has high thresholds and strict requirements. From logistics systems such as raw materials, auxiliary materials, packaging materials, semi-finished products, finished products, and spare parts to logistics distribution centers of pharmaceutical distribution enterprises, each link puts forward higher requirements on the robot body and software system. The solution proposed by the robot for the pharmaceutical industry can not only meet the logistics needs of different scenarios, such as the peak/valley value of the order, product tracking, real-time control, data visualization, but also take advantage of the advantages of flexible automation, improve the efficiency of picking, and help customers maximize It saves operating costs and quickly realizes return on investment.
Industry Demand:
Adapt to the narrow aisle of the workshop and the mixed environment of people, and can safely and frequently transfer large and overweight materials between various procedures;
According to the needs of the scene, realize the efficient, aseptic and on-time delivery of the required materials
High picking accuracy, accurate delivery of medicines, etc., greatly reducing labor intensity, and comprehensively improving logistics efficiency
Meet the new needs of customized services in the pharmaceutical industry
Industry Pain:
Compared with the traditional industrial scene, the hospital environment is more complicated and clean, and the technical requirements for AGV navigation system, dispatching system, etc. are more stringent.
Frequent movement of people
The AGV in the medical packaging workshop carries heavy materials on its back. It not only needs to maintain stable and flexible operation, but also requires high positioning accuracy for the long-term operation of the AGV.
There are not many specific application cases in China, and most hospitals are also in a wait-and-see state.
Logistics distribution center project of a pharmaceutical company in Shandong
Project Introduction:
The project is a three-dimensional warehouse with a ground buffer warehouse. The products to be sorted for delivery are transported from the three-dimensional warehouse to the ground buffer warehouse through AGV, and then the products in the buffer warehouse are transported to the area to be shipped, and then returned to the warehouse after manual sorting. Through the application of the AGV system, the manual operation area is isolated from the warehouse area, making the warehouse a real unmanned warehouse.
AGV Selection: Pallet handling AGVP10
Load: 1000kg
Number of AGVs: 5
Navigation Method: Laser SLAM
AGV Selection: latent lift AGV L06
Load: 600kg
Number of AGVs: 12
Navigation Method: QR code + Inertial Navigation