7 Aisles Automated Material Handling System Pharmaceuticals
Industry
Height 21M 7 Aisles Pharmaceuticals Industry ASRS Project Case MHS
Scale | Aisle | 7 | Height | 21m |
| SRM | 7 | Load | 1000Kg |
| Storage Item | Health care products | Unit load size | 1000*1200*1650 |
| Running speed | 160m/min | 40m/min | 40m/min |
The ASRS MHS is to use the cooperation of automatic storage
equipment and computer management system to realize the high-level
rationalization of the three-dimensional warehouse, the automation
of access, and the simplification of operation.
With automated warehousing solutions, you can:
· Shelf height can reach 30 meters or even higher, reducing land
occupation area
· Automatic unmanned operation of automated three-dimensional
warehouses, reducing labor costs
Kinte masters advanced ASRS design and manufacturing technology,
combined with years of accumulated project implementation
experience and insight into customer industry needs, to provide the
industry's most cost-effective automated warehousing solutions:
· A representative manufacturer of outstanding structural design in
China, the stacker has stable performance and ensures long-term
reliable operation
· Excellent processing equipment and technology guarantee, the
products have export quality
In-depth analysis of the social and economic benefits of MHS ASRS:
1. Due to the use of high-rise shelves to store goods, the storage
area can be greatly developed to the high altitude, making full use
of the warehouse floor and space, thus saving the inventory floor
space, and improving the space utilization rate. At present, some
ASRSs in the world have reached 70m. The storage capacity per unit
area of the ASRS is 5-10 times that of the ordinary warehouse.
The use of high-level shelf storage combined with computer
management can realize the first-in-first-out principle of goods,
and prevent the natural aging, deterioration, rust, or mildew of
the goods.
2. The automatic access AS/RS uses machinery and automation
equipment, which has fast operation and processing speed, improves
labor productivity, and reduces the labor intensity of operators.
At the same time, it can be easily incorporated into the logistics
system of the enterprise, making the logistics of the enterprise
more rational.
