Racking System Consultancy

With our experience in racking and storage projects, we are pleased to successfully manage storage designs to a wide range of industries. Our purpose is to provide high quality, cost effective storage solutions to help our customers improve efficiencies and productivity.

Conventional Pallet Racking
Narrow Aisle Racking

Narrow Aisle Racking Systems allows for the utilisation of narrow aisles within the warehouse, optimising space utilisation without compromising on accessibility.These systems play an important role in warehouse management and can increase the competitive advantage of businesses when designed and implemented correctly.

Conventional Pallet Racking provides selective storage while accommodating various pallet sizes and forklift accessibility, therefore it makes it a popular choice for many businesses looking to optimise their warehouse storage space.

Multi-storey platform warehouse shelving systems are high-altitude mezzanine storey shelves, which are loaded and collected by human power in mezzanine shelf warehouse systems, and are created by creating walking platforms between the shelves and increasing the floors in order to make maximum use of the height and increase efficiency. The number of floors of the warehouse areas and the building height and area can be determined most appropriately.

Warehouse Racking Solutions

Warehouse racking systems are structural systems used to store, organize and increase accessibility of products in storage areas. These systems are used to meet warehousing needs in a variety of industries and are designed to store pallets, boxes, containers or other loads typically used in warehouse or storage facilities.

Multi-Storey Shelving System

Drive-In Racking

Cantilever racking is a specialised heavy duty storage system designed to accommodate long and heavy items that won't fit on traditional pallet racking systems. This system allows for easy loading and unloading of items such as timber, steel bars, pipes, and more.

Cantilever racking

With Drive-in Racking, pallets are stored on continuous rails that run the depth of the rack. This configuration provides a last-in, first-out (LIFO) system, ideal for inventory with a low turnover rate. On the other hand, Drive-Through Racking features separate entry and exit points, enabling a first-in first-out (FIFO) system, suitable for products with expiration dates or those requiring strict stock rotation.

The system is particularly beneficial for industries such as food and beverage, cold storage, and manufacturing, where large quantities of homogeneous products need to be stored.

A Curtain Wall Storage Racking System is a warehouse structure created by using rack materials for the roof and sidewall construction of the system.

Since there is no need for building construction, it offers cost and delivery time advantages, eliminates column and beam losses, and can be used with standard and automated stackers. Its modular structure allows it to be uninstalled and reinstalled at different locations when needed.

Usually used in occasions where storage space is minimal, but storage capacity must be increased or there is a time requirement for goods, etc. for goods picking is not very demanding.

The push back rack is an advanced storage method, which is suitable for storing large quantities of goods with few varieties (such as cold storage), with high space utilization and more flexible and convenient access.

Ideal if you're storing bulk goods on pallets according to the last-in first-out (LIFO) principle.

Push Back Racking

Shuttle Racking System

Shuttle Racking System is a semi-automated storage solution that utilises shuttle carts to move and retrieve pallets within the racking structure. This system consists of arranging pallets of the same size, one on top of the other and in depth, back to back on the floors, and loading and unloading them in a palletized manner into the warehouse shelving systems channel with the help of a shuttle device.

It can work in accordance with the first-in first-out (FIFO) and last-in first-Out (LIFO) principles according to all operation types and layouts in the projects.

It significantly reduces your operating costs.