Push Back Rack Advantages

Push Back Racking Systems are designed for high density, multi-product storage. It combines excellent selectivity and 

maintenance-free structures. Nesting carriages, of this versatile system, deep store five pallets at a time. The result is 

extremely high pick-flows from all lane entrances facing the work aisle.

As each pallet is loaded, it is placed on the free-rolling carriage and pushed back into the lane by loading additional 

pallets. Gravity moves the pallets forward to the aisle on the telescopic carriages during unloading. As such, no reaching 

or equipment driving into the rack is necessary.

More Advantages

--Efficient use of space with only some reduction in direct product accessibility 

--Optimal combination of selectivity and storage density 

--Sturdy construction yields years of maintenance-free operations

Features of push back rack

Push back racks are a type of dynamic pallet racking system that offer several features and benefits for efficient storage and retrieval of goods. Here are the key features of push back racks:

1. Gravity Flow System: Push back racks utilize a gravity flow system, which means that pallets are loaded from one side of the rack and flow towards the opposite side. The force of gravity helps in moving the pallets along inclined rails or rollers.

2. Last-In, First-Out (LIFO) System: Push back racks operate on a Last-In, First-Out (LIFO) principle. When a new pallet is added to the rack, it pushes the existing pallets toward the opposite end. This allows for easy access and retrieval of the most recently loaded pallet.

3. High Storage Density: Push back racks provide high storage density compared to traditional selective racking systems. They make efficient use of vertical space by utilizing multiple levels of inclined rails or rollers. This maximizes the storage capacity of the warehouse.

4. Multiple Pallets per Level: Push back racks allow for multiple pallets to be stored on each level. As new pallets are loaded, they push back the existing pallets, creating a storage lane. This enables the storage of multiple pallets of the same SKU on a single level.

5. Easy Accessibility: Despite their high storage density, push back racks provide easy accessibility to stored pallets. Each level of the rack can be accessed individually, allowing for quick and efficient retrieval of specific pallets.

6. Reduced Aisle Space: Push back racks require fewer aisles compared to traditional selective racking systems. Since each level operates as a separate lane, only a narrow aisle is needed for loading and unloading pallets. This optimizes the use of floor space in the warehouse.

7. Increased Throughput: The design of push back racks facilitates smooth and efficient pallet flow. With the ability to store multiple pallets per level, the system allows for faster loading and unloading, resulting in increased throughput and productivity.

8. Versatility: Push back racks can accommodate pallets of various sizes, weights, and configurations. The system can be customized to meet specific requirements, such as different pallet types or load capacities, making it suitable for a wide range of industries.

9. Selective Unloading: Although push back racks operate on a LIFO system, they still offer selectivity during unloading. If a specific pallet is needed from a particular lane, it can be easily accessed without disturbing other pallets in the rack.

10. Safety Features: Push back racks are equipped with safety features to ensure secure pallet handling. These can include safety stops, speed controllers, and safety pins to prevent unwanted pallet movement or accidents.

Push back racks provide efficient storage, easy accessibility, and high-density capacity for warehouses and distribution centers. Their gravity flow design and LIFO system make them suitable for industries with high inventory turnover or those dealing with time-sensitive products.

Consists of push back rack

A push back rack system consists of several components that work together to enable the efficient storage and retrieval of palletized goods. Here are the main components of a push back rack:

1. Uprights: Uprights are vertical columns that provide the structural support for the push back rack system. They are typically made of heavy-duty steel and are anchored securely to the warehouse floor. Uprights often have slots or holes to allow for the attachment of other system components.

2. Beams: Beams are horizontal components that connect the uprights and create the levels or lanes within the push back rack system. These beams support the weight of the pallets and guide their movement along the inclined rails or rollers.

3. Rails or Rollers: Push back racks utilize inclined rails or rollers that are installed within the rack system. These rails or rollers provide a gravity flow mechanism, allowing pallets to move smoothly from the loading side to the unloading side of the rack. The angle and design of the rails or rollers facilitate the movement of pallets by utilizing the force of gravity.

4. Carts or Carriages: Carts or carriages are the movable units within the push back rack system. They are attached to the inclined rails or rollers and carry the pallets. Each cart or carriage is designed to hold one or more pallets and is equipped with wheels or rollers for smooth movement along the inclined surface.

5. Brakes and Stops: Push back racks incorporate brakes or stops to control the movement of the carts or carriages. These safety features prevent unintended movement or collisions between pallets within the rack system. Brakes or stops can be manually or automatically engaged to hold the carts or carriages in place when necessary.

6. Load Rails: Load rails are positioned at the front of each level or lane within the push back rack system. They provide a solid surface for the forklift operator to load the pallet onto the carts or carriages. Load rails are designed to withstand the weight of the loaded pallet and ensure secure placement.

7. Safety Accessories: Additional safety accessories may be included in the push back rack system to enhance safety and prevent accidents. These can include safety netting, rack end protectors, column protectors, and aisle guards. These accessories help protect both the rack system and personnel from potential hazards.

It's important to note that push back rack systems can vary in design and configuration based on specific warehouse requirements, load capacities, and preferences. The components listed above are the common elements found in most push back rack systems, but variations may exist depending on the manufacturer and customization options.