Pushback Racking Vs. Drive-in Rack System
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Pushback Racking Vs. Drive-in Rack System

Views: 10     Author: Site Editor     Publish Time: 2024-08-08      Origin: Site

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Pushback Racking Vs. Drive-in Rack System

The pushback racking vs. drive-in rack system debate is always at the forefront when optimizing warehouse storage and maximizing space. Both storage solutions offer unique benefits and are designed to accommodate high-density storage.


Despite their shared goal of efficient storage, the systems differ in their operational principles and suitability for specific applications. Explore the characteristics and benefits of pushback racking and drive-in rack systems to understand their differences and determine which one might be more suitable for your warehouse needs.

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Comparison of Pushback Racking and Drive-in Rack System


Pushback racking and drive-in rack systems are efficient solutions for high-density storage, but they offer different benefits depending on the specific warehouse needs. While pushback racking provides greater flexibility, drive-in racks are more suitable for large volumes of the same product.


1.Storage Capacity

Pushback racking allows pallets to be stored on both sides of an aisle, which improves selectivity as it provides access to multiple SKUs from the aisle and can typically store 2-5 pallets deep.

Drive-in rack systems offer even greater storage density as pallets can be stored significantly deeper, often as many as 20 pallets deep. However, this comes at the cost of reduced selectivity, as only one SKU can be accessed per lane.


2.Space Utilization

Pushback pallet racks maximize the storage space of your warehouse by using depth and height. By efficiently using vertical space while maintaining accessibility to each pallet, it provides a practical storage solution.

The drive-in rack system also offers excellent space utilization by eliminating the need for aisles. Pallets can be stored directly on rails, creating a compact storage configuration.


3.Access to Pallets

With pushback racking, accessing pallets is straightforward. The inclined rails allow for easy pushback and retrieval in a Last-In-First-Out (LIFO) sequence. This ensures quick access to the latest inventory.

The drive-in rack system operates on a First-In-First-Out (FIFO) principle. Pallets are loaded from one end and retrieved from the other, which may require moving multiple pallets to access a specific one. This arrangement can impact accessibility in terms of time and effort.


4.Flexibility

Pushback racking offers flexibility by accommodating different pallet sizes and configurations within the same lane. This adaptability allows for efficient storage of a variety of products.

The drive-in rack system is less flexible in accommodating different pallet sizes and may require adjustments or additional racks to handle varied inventory.

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5.Load and Unload Time

Pushback racking enables simultaneous loading and unloading, speeding up the process. The inclined rails facilitate the movement of pallets, resulting in quicker operations.

The drive-in rack system requires sequential loading and unloading, which can be time-consuming, particularly when dealing with large quantities of pallets.


6.Inventory Rotation

Inventory rotation is essential to warehouse management, ensuring product freshness and minimizing waste. Pushback racking supports Last-In-First-Out (LIFO) inventory rotation. This means that the most recently received items are accessed and used first, making it an ideal choice for products with limited shelf life.

The drive-in rack system follows a First-In-First-Out (FIFO) principle. This system is more suitable for goods that don’t have strict shelf-life requirements. This approach can be helpful when dealing with non-perishable items or products that do not have specific expiration dates.


7.Safety Considerations

Pushback racking incorporates safety features such as safety locks and stops to prevent pallets from being pushed off the rails accidentally.

Drive-in racking systems also offer safety measures such as guide rails and bumper systems to protect against accidental collisions. However, deep lanes in the system may increase the risk of forklift damage if not operated with caution.

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