Types Of Pallet Racking

Pallet Racking Brisbane can significantly increase the storage capacity of a warehouse. It enables efficient inventory tracking and storage that is cost-effective.

Racking should be designed specifically for the size, shape and capacity of the unit loads. It must be inspected by a certified person on a regular basis.

Any beams that are damaged should be evaluated and any missing safety clips replaced. This will lower the risk of cracking and collapse.

Double Deep Racking

Double Deep Racking is a storage system that gives you the benefit of more storage space for warehouses without extending the width of the aisle. It is ideal for warehouses that require high density storage within a limited amount of space, and those that can compromise some selectivity. This system can be positioned on existing pallet racking systems that are selective or as a standalone solution.

This method employs the 'Last In First Out' (LIFO) method of managing stock. It is recommended for items that have a medium-to-long shelf life, but not for highly perishable items.

Double deep systems require specialized equipment for picking, similar to a standard pallet racking system. Double-deep reach trucks or extensions, or counterbalances to existing forklifts are all part of this. Additionally, it requires safety elements like column protectors and load warning signs. These safety features are positioned at the ends of the racking columns, and are designed to guard the racks from being damaged caused by forklifts. These column protectors are made from high-tensile steel that has been coated in powder and then rolled-formed. They are reinforced with metal ribs to provide strength and stability.

Push Back Racks

A warehouse could have a racking system with a large capacity that will reduce storage costs but if it's not easy to locate items, the benefits of this type of storage will be squandered. Sorting and retrieval can take longer than necessary which can result in a productivity stumbling block.

Push back racking is an excellent way to cut down on aisle space and increase the storage density. It is ideal for items that have a moderate turnover and allows each lane to have a different reference. It is ideal to implement LIFO (Last in First Out) management.

Warehouses that make use of this type of storage should install rack end protectors in order to safeguard the uprights from damage. Forklifts regularly impacting uprights can damage them, which could weaken structural capacity. In addition, it's important to routinely inspect the racking systems for safety concerns. A portable tool for racking can be used to do this.

Drive-In Racking

Drive In Racking is a high-density storage system which allows for palletized loads to be loaded directly onto the support rails. Each rack row can hold one kind of item, unlike block stacks that bulk stack pallets. Operators operate from a single aisle and load each rack lane by putting a forklift in it beginning at the ground and working upwards through the storage levels until they reach the highest point. Unloading is completed by taking out the front or top portion of each lane.

The system operates on either a FIFO or a FILO mode depending on the requirements of your warehouse. It is ideal for cold/freezer storage applications and non-perishable goods. Available in double or single entry. The spine bracing is positioned on the back of the rack (for single entry racks) or in the middle for double entry racks to protect the frame from minor impacts by forklifts. This is an optional feature.

Push-Back Push-Back Push-Back

Pallet racking systems are any stock handling storage system which allows for the storage of palletized materials in horizontal rows and on multiple levels. Pallet racking systems come in many different varieties that offer high-density storage utilizing the LIFO principle. The Selective pallet rack is most common. It provides easy access and less investment than other systems, but it does not provide as high a density as drive or push back in racking.

It is essential that the racking system is designed to fit the size, weight and shape of the items being stored. It should also be affixed to the material handling equipment at work. For instance, the width of the aisle should match the turning circle of the forklift. Additionally, the bottoms of frames that are exposed to the possibility of collisions with forklifts should be fitted with upright protectors and end-of-rack guards. A traffic and pedestrian plan should also be developed.