The production process of shuttle shelves
Shuttle rack is a kind of storage shelf, and its production process requires fine and skilled technology. The characteristics of this kind of shelf are mainly that the goods are automatically accessed without human intervention, with accurate positioning and high access efficiency, and can adapt to the trough type automatic supply material line and short interval shuttle movement. It combines high-density storage space with flexibility to meet the many needs of modern logistics and warehousing. Next, we will go deep into the production process of the first shuttle shelf.
1. Preliminary preparation.
Before making the shuttle shelves, we need to carefully select and prepare the required materials. Generally speaking, we choose high-quality steel as the main material because its strength and corrosion resistance are essential for the life and stability of the shelf. At the same time, we need to take into account the size and load bearing of the shelves to ensure that the selected materials can meet the design requirements.
2. Cutting and splicing.
This is followed by the cutting and splicing phase, which requires skilled skilled workers to operate. First, the steel is cut into the desired shape and size according to the design drawings. Then, the various parts are spliced according to the design requirements to ensure their stability. In this process, welding technology is the key, and we need to ensure the beauty and strength of the weld.
3. Shelf structure design.
The structural design of the shuttle rack is the top priority of the entire production process. We need to determine the layer height, number of columns, span and other parameters of the shelves according to the actual use needs, such as storage density, cargo weight, handling equipment and other factors. At the same time, the load-bearing capacity and stability of the shelves are also important considerations in the structural design.
Fourth, shuttle car installation.
The installation of the shuttle is another key step in the process of making the shuttle rack. We need to install it correctly on the shelves according to the shuttle's instructions and installation guidelines. During the installation process, attention needs to be paid to ensure the space and height required for the normal operation of the shuttle, as well as to ensure its stable connection to the racks.
5. Commissioning and acceptance.
After the production of the shuttle rack is completed, it needs to be debugged and accepted. Debugging is mainly to check whether all parts of the shelves are operating normally, including the load-bearing capacity of the shelves, the operation status of the shuttle, etc. Acceptance is to check the stability and safety of the entire racking system to ensure that it can meet the needs of use.
6. Maintenance and maintenance.
After the shuttle rack is put into use, it also needs to be maintained and maintained regularly. This includes cleaning the surface of the shelves, checking the health of individual components, replacing damaged parts in a timely manner, etc. These jobs are essential to maintain the stability and longevity of the shelves.
Summary: The production process of shuttle shelves involves many links, including material selection, cutting and splicing, structural design, shuttle installation, commissioning and acceptance, and maintenance and maintenance. Skilled skilled workers and a high level of project management are the keys to making high-quality shuttle racks. By understanding and mastering these manufacturing processes, we can better meet the needs of modern logistics and warehousing, and improve storage efficiency and safety.