2 Way Shuttle Project for Food Processing – Vinatech Australia

Problem

In food processing, warehouse demand is closely linked to production output. Finished products can enter storage in large batches over relatively short periods, while dispatch volumes follow a different schedule depending on customer orders and distribution requirements.

For this project, the warehouse needed to act as an effective buffer between production and outbound distribution.

The challenge was not simply to create more pallet positions. The customer needed enough concentrated storage capacity to absorb production peaks without allowing finished goods to occupy staging areas or interfere with material flow around the facility.

The operation therefore required:

Sufficient buffer capacity for high-volume production batches
Clear separation between different finished-product groups
Rapid transfer of pallets from production into storage
High storage concentration within a limited warehouse area
Reduced dependence on floor stacking during production peaks
Structured stock rotation according to production and dispatch schedules
Capacity to accommodate temporary inventory surges without warehouse expansion

The objective was to create a storage system capable of decoupling production output from outbound demand, giving the operation more flexibility when the two flows do not occur at the same rate.

Solution

Vinatech developed a 2-Way Shuttle Racking System using long, deep storage lanes arranged across multiple levels.

Rather than distributing each production batch across numerous individual pallet locations, pallets of the same product can be consolidated within dedicated lanes. The shuttle transports pallets along the lane after they are presented at the loading face, allowing each lane to function as a concentrated storage channel for a specific product or batch.

As shown in the completed installation, the rack blocks extend significantly into the warehouse depth. Selected lanes can accommodate up to approximately 18 pallets deep, substantially increasing the number of pallet positions served from each loading face.

The system reaches approximately 8 metres in height across 3 storage levels and provides an estimated 5,200 pallet positions within the 4,000 m² warehouse.

Key project specifications include:

Approx. 4,000 m² warehouse area
Approx. 5,200 pallet positions
Approx. 8 m racking height
3 storage levels
Deep lanes of up to approx. 18 pallet positions
Approx. 1,300 pallet positions per 1,000 m²
Dedicated lanes for individual products or production batches
Shuttle-assisted pallet movement inside each storage channel

This configuration allows high-volume finished goods to be concentrated into compact storage blocks instead of being dispersed across the warehouse.

Outcome

The completed system provides the food processing operation with a substantial finished-goods buffer between production and dispatch.

With approximately 5,200 pallet positions across 4,000 m², the warehouse achieves an overall ratio of around 1,300 pallet positions per 1,000 m² of floor area.

More importantly, deep-lane storage changes how the facility responds to fluctuations in production. When output temporarily exceeds dispatch demand, larger quantities of the same product can be transferred directly into dedicated storage lanes rather than accumulating in staging areas or requiring additional floor storage.

The project delivers:

Approx. 5,200 pallet positions for finished-product storage
Up to approx. 18 pallets stored within selected deep lanes
Around 1,300 pallet positions per 1,000 m²
Greater buffer capacity between production and distribution
More structured consolidation of finished goods by product or batch
Reduced reliance on temporary floor stacking during production peaks
More predictable storage allocation for high-volume product runs
Better ability to absorb short-term differences between production output and dispatch demand

For the customer, the 2-Way Shuttle system therefore performs an important role beyond increasing warehouse density. It creates a controlled inventory buffer, allowing production to continue efficiently even when outbound demand does not move at exactly the same pace.

Testimonial

“The shuttle system gives us much greater flexibility between production and dispatch. Larger production batches can be moved into dedicated storage lanes instead of occupying temporary staging areas, helping us keep finished goods organised while maintaining a more consistent production flow.”

– Warehouse Operations Manager, Food Processing Industry

Vinatech Australia – Pallet Racking & Industrial warehouse racking solutions