Automatic stereo library It is an intelligent warehousing management system, which can improve warehousing efficiency, save space and reduce costs. Design and planning automation Stereoscopic library The following key aspects need to be considered:
Demand analysis and design objectives: first, it is necessary to analyze the warehousing demand, including the type, quantity, size, inbound and outbound frequency of goods, etc. At the same time, determine the design objectives, such as improving storage density, improving operation efficiency, and reducing labor costs.
Spatial planning and layout design: determine the layout of the warehouse according to the demand analysis, and reasonably plan the location and size of the storage area, picking area, loading and unloading area and other functional areas in consideration of the space utilization rate and cargo flow path.
Structural design of stereo warehouse: select appropriate stereo warehouse structure according to actual needs, including shelf type, stacker type, etc. Considering the size, weight, storage mode and other factors of goods, determine the appropriate rack structure and stacker model.
Selection of automation equipment: select appropriate automation equipment according to design objectives and budget, including stacker, conveying equipment, picking robot, etc. The equipment shall be selected according to its performance, stability, maintenance cost and other factors.
System integration and software development: design the control system of automated stereoscopic warehouse, including storage management software, equipment control system, etc. Ensure the coordination between various equipment to achieve automatic operation and management.
Safety and environmental protection considerations: pay attention to safety and environmental protection in the design process to ensure safe and stable operation of equipment, reduce energy consumption and reduce environmental pollution.
Testing and commissioning: system testing and equipment commissioning shall be carried out after the completion of design and installation to ensure the normal and stable operation of the system and meet the design objectives and performance requirements.
Training and operation support: train the warehouse management personnel to make them proficient in the operation and management of the automated stereoscopic warehouse, provide operation support and after-sales service, and ensure the continuous and stable operation of the system.
To sum up, the design and planning of the automated stereoscopic warehouse need to comprehensively consider demand analysis, spatial planning, equipment selection, system integration and other aspects to ensure that the system can operate stably and meet customer storage needs.
