Efficient storage is a critical requirement for pharmaceutical companies, especially when handling large volumes of palletized medical products. In this project, a pharmaceutical factory in Belgium required a high-density warehouse solution capable of storing more than 3,000 pallets while maintaining strict standards for safety, cleanliness, and operational efficiency.
The pallet specification for this project is D800mm × W1200mm × H1500mm, with each pallet carrying a maximum load of 800kg. Since the stored goods are pharmaceuticals, the warehouse system must also support hygienic storage conditions and minimize contamination risks.
After a detailed evaluation of the warehouse layout and operational flow, we proposed a Drive-in Racking System as the most suitable solution for this application.
Key Project Parameters
| Item | Specification |
|---|---|
| Pallet Size | D800mm × W1200mm × H1500mm |
| Pallet Weight | 800kg |
| Storage Capacity | More than 3,000 pallet positions |
Project Background and Storage Challenges
The pharmaceutical factory faced several key challenges in its warehouse operations:
First, the available warehouse space was limited, while the storage demand continued to increase. The factory needed to significantly increase pallet capacity without expanding the building.
Second, the products stored are medicines, which require organized, clean, and stable storage conditions. Any damage, contamination, or mismanagement could result in serious quality risks.
Third, the client stores large quantities of similar or identical products, meaning high selectivity for individual pallets was not a priority. Instead, bulk storage efficiency was more important than random access.
Why Drive-in Racking Was Selected
The Drive-in Racking System is designed specifically for high-density bulk storage. Unlike selective racking systems that require multiple aisles for forklift access, drive-in racking allows forklifts to drive directly into the rack structure.
This design eliminates most internal aisles, dramatically increasing warehouse utilization.
In this project, the system was selected for several key reasons:
- Maximum utilization of available warehouse space
- High-capacity storage for uniform pharmaceutical pallets
- Reduced aisle requirements compared to selective racking
- Cost-efficient solution per pallet position
- Suitable for low SKU, high-volume storage environments
Storage Principle: LIFO Operation
This drive-in racking system operates on a Last-In, First-Out (LIFO) principle. This means that the last pallet placed into a storage lane will be the first one removed. This storage method is highly efficient for bulk goods where inventory does not require strict sequence-based picking.
System Design and Technical Specifications
For this Belgium pharmaceutical project, the drive-in racking system was engineered to support more than 3,000 pallet positions.
Structural Design: The rack structure is built using heavy-duty cold-rolled steel to ensure high load-bearing capacity and long-term durability.
Load Capacity: Each pallet position supports 800kg.
Safety Features: Guide rails, upright protection, anti-collision barriers, reinforced base plates.
Cleanliness and Pharmaceutical Requirements
The system uses a high-quality powder-coated surface finish, providing corrosion resistance, smooth surfaces, reduced dust accumulation, and long service life in controlled environments.
Key Benefits of This Drive-in Racking System
- Over 3,000 pallet positions in limited warehouse space
- 800kg loading capacity for each pallet
- High-density storage design
- Strong steel construction for safety
- Forklifts can enter rack lanes directly
- Reduced aisle space, increased storage efficiency
- Ideal for storing large quantities of the same SKU
- Rust-resistant finish for clean pharmaceutical use
Final Result
In summary, drive-in racking is a practical choice for this factory. It gives them high-density storage while keeping the warehouse organized and safe. If the customer needs to store many pallets of medicine products in a limited space, this system is a smart and cost-effective solution.
