Vertical Carousel
Leader of the vertical storage systems, the Vertical Carousel is made for lighter business applications and for that reason occupying a smaller flooring area. Comparable to the Ferris wheel idea, Vertical Carousel works on a chain system that moves service providers in clockwise or anticlockwise instructions in a vertical activity.
To make sure that Vertical Carousels run at its optimum problem, it is essential to make sure that the weight of the various things saved is distributed equally to avoid load inequality. Container heights that have actually been set cannot be additional changed ought to products to be saved adjustments in elevation subsequently.
The adaptability of the system is additionally restricted as it does not permit machine height changes once it is carried out. When transferring Vertical Carousels from one area to another, the elevation of the location to be moved have to be the same or greater than the original location. Otherwise, the system will not have the ability to operate. Storage space capacity cannot also be increased on the occasion that the new area lugs a larger vertical area.
Vertical Lift Component or VLM
Complying with the Vertical Carousels design, the VLM is an updated vertical storage system. VLM consists of 2 columns of piled trays as well as has a lift system that retrieves storage areas. The floor area needed is a little bigger as it requires accommodating the storeroom as well as lifting operating inside the storage system.
The innovative use of tray design in the VLM system is done with a focus on an area and weight optimization. Each tray can currently deal with a load of over 1,000 kg, more than four times of its predecessors. Trays storage elevation can be changed once in a while to suit the various items being kept in the system. Automated surveillance of the storage bins in each tray also guarantees that the things to be saved are within the allowed dimensions both horizontally and vertically, therefore, removing the opportunity of irregular weight distribution that would impact the efficiency of the equipment.
