Smartech Machinery automated vertical storage systems are with various layers which is designed and chosen according to the users' workshop sizes. Normally we have 10Layer, 15Layer and 20L sheet metal vertical lift with capacity 1T and 2T. It consists of lifting tower, storage pallets, lifting system, supporting table and electric controlling system. When it works, put the products on the supporting table, then start the lifting system and the lifting system can make the pallet moving with the rail on lifting tower. When the pallet is raised to initial position, the push and pull motor on lifting system will be on, it will make the chain transmission and by the power of pushing block on the chain, the pallet will be pushed into lifting tower. The biggest advantage of this machine is for saving space for customers.
Smartech Machinery automatic vertical storgey system is a motorized metal sheets storage rack which consists of a frame, lifting device, pallets for every layer and PLC controlled electric control system. The fundamental principle of an Automated Vertical Storage System is to use vertical space to store items in a compact and organized manner, allowing for automated retrieval and storage. This is achieved through the use of automated mechanisms that move items vertically and horizontally within the storage unit, bringing them to an ergonomic access point for the operator.
Sustainability in warehouse management is becoming increasingly important as businesses seek to reduce their environmental impact and improve operational efficiency. Automated Vertical Storage Systems can play a significant role in achieving these sustainability goals. It is more quickly and efficiently than manual systems, reducing the time and energy required for warehouse operations. Besides, it reduces the need for manual labor, which can lower the overall energy consumption associated with human activities.
The implementation of an SMT Automated Vertical Storage System can have a positive environmental impact by optimizing space, reducing energy consumption, minimizing waste, and improving overall operational efficiency. By leveraging sustainable materials, efficient design, and advanced technology, it can contribute to a more sustainable and environmentally friendly warehouse management system.