The construction of an automated warehouse requires special design and construction requirements compared to a regular warehouse, as the use of high-rise shelves results in the warehouse's floor bearing capacity being several times larger than that of a regular warehouse. To build a floor with considerable pressure, it is necessary to consider the geological conditions of the construction site. The automated warehouse performs automatic operations, and the aisle stacker crane automatically delivers boxes and pallets from the shelves. There are strict requirements for the specifications and dimensions of the shelves to ensure the consistency of the operation. The aisle stacker crane moves forward and backward, rises and falls, and the horizontal and vertical deviation requirements are very strict. From the perspective of the stored goods themselves, it is required that the external specifications and shapes cannot change significantly.

All these special requirements must be fully considered in the design, otherwise the normal operation of the warehouse cannot be guaranteed.

Sufficient investment is needed to build an automated warehouse with a large one-time investment

The construction of automated warehouses not only consumes a large amount of steel and other materials, but also incurs high equipment costs. Therefore, in order to build an automated warehouse, careful consideration must be given to the funding situation, as well as the supply of materials and equipment.

We need a professional technical team

Automated warehouse is a warehousing technology that requires a professional technical team from construction to use. The design of automated warehouses, budgeting of materials and funds, as well as analysis and prediction of economic activities after production, require a large amount of basic work to be completed before the construction of the warehouse. Specialized personnel who understand computers are required for installation, programming, debugging, and operation of warehouse operations, as well as troubleshooting in the event of malfunctions.