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Long span racking is suitable for manual access to goods and can be used with plastic parts boxes and turnover boxes for storing products. Each layer typically has a load-bearing capacity between 100kg and 800kg, meeting most usage requirements.
These racks are mainly composed of uprights, beams, and shelves. The overall structure is detachable, making transportation, installation, and relocation convenient. Each shelf can be adjusted up or down in 50mm increments, offering great flexibility.
ADVANTAGES OF THE PALLET SHUTTLE SYSTEM
- Possibility of storing medium to heavy loads.
- Ideal option for different article types and split turnover.
- Adjustable load levels.
- Racks up to 20 m high can be built.
- A wide range of components adaptable to your needs.
In addition to being very practical, with these racks, we’ve eliminated aisles and streamlined storage tasks
Marina Xicola
Operations Manager
SHAD
(Barcelona, Spain)
PALLET SHUTTLE SYSTEM APPLICATIONS
Extremely flexible solution adaptable to different types of warehouses
Push-back racking is the perfect system for companies with medium-turnover palletised goods or with a small variety of SKUs and few pallets per SKU. It is also ideal for facilities that need to leverage their available surface area.
Warehouses with medium-turnover products
Batch storage
Cold stores
FAQS
Push-back pallet racking systems
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
Push-back pallet racking systems
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
Push-back pallet racking consists of high-density structures that eliminate interior aisles and allow up to 4 pallets to be stored by accumulation per channel. They increase warehouse capacity while reducing the surface area occupied by the storage system. Pallets are placed on a set of carts or rollers that are pushed along a series of rails mounted at a slight incline. They get their name from the forklift’s action of pushing back the pallets already in the racking to make room for a new one. The front part of the rack is the lowest part, so when goods are removed, the pallets at the back move forward one position by gravity, leaving the entrance to the channel occupied once again. With this type of racking, loading and unloading takes place in a single working aisle. Therefore, operations follow the LIFO (last in, first out) principle.
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