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Robotic racking systems have the benefits of having automatic pick ups, counts, identifications, listings and storage of all products. Robotic racking systems create a type of technological ecosystem in the storage area they are in. This way, stacking and tracking of pallets and products become simplified. Robotic racking systems are also referred to as smart storage systems. These systems can perform steps on the track from storage facility of seller to the buyer with zero mistakes, which immensely increases the quality of the establishment. Several types of smart storage systems are listed below:  

Automated rack systems utilize computer systems optimize maximum storage area, and to serialize stacking and unstacking. This can be used in almost all branches of industry. These types of systems make all processes in storage more efficient and eliminates the risk of under-filling or over-filling storage areas. Automated racking systems designed for large volumes utilize Unit Load system, which is aided by wooden, plastic, metal or caged pallets to be moved with ease.  

Static analysis is the analysis conducted during the development period, as the product is in stable structured form. Performing this analysis independent of time, the geometry of the product is optimized and necessary improvements are made. Upon this the product is up for better optimized use. Firstly, the product/structure’s material model is created. Then, finite-element networks are created. Lastly, weight is applied to the model to test the product’s boundaries  under various conditions. Using this data, solution and optimization methods are determined.

The answer to the questions how are periodic rack maintenance performed, we can simply state that it is done by methods and frequency outlined in our laws. Periodic rack maintenance is a compulsory conduct for all racking systems. To keep in guidelines of health & safety and to lengthen the lifetime of the racking system, the rack’s current state and structure must be analyzed and improved upon.