Single-depth selective pallet racking is the most versatile and universal solution for pallet storage. Each pallet is directly accessible, without moving another unit, enabling efficient inventory management and high operational flexibility. Designed to accommodate different pallet sizes and loads, this system offers an excellent balance between storage density, accessibility, and execution speed. It is the benchmark for industrial environments requiring performance and scalability.
Double-depth selective pallet racking significantly increases storage capacity by positioning two pallets deep per level. This configuration optimizes floor space utilization while reducing the number of aisles, thereby improving overall building density. Ideal for operations with high volumes and moderate turnover, it requires suitable forklifts (reach or pantograph) and represents a strategic compromise between accessibility and space maximization.
The VNA system is designed to maximize height and minimize aisle width, enabling optimal use of the building’s volume. Using three-way trucks guided by rail or wire, this configuration significantly increases storage capacity without expanding the footprint. VNA pallet racking requires precise structural design and rigorous installation tolerances to ensure safety, stability, and long-term performance.
Drive-In and Drive-Through pallet racking is designed for high-density storage of homogeneous, low-turnover products. Forklifts drive directly into the structure to place pallets on continuous load rails. Drive-In operates on a LIFO basis, while Drive-Through enables FIFO management thanks to access from both sides. This system significantly reduces the number of aisles and maximizes cubic utilization, making it particularly well suited to cold storage environments or bulk stock.
The Push-Back system is based on an inclined cart mechanism mounted on rails, allowing multiple pallets to be stored deep on a LIFO basis. Each new pallet pushes the previous one backward, optimizing density without requiring the forklift to enter the structure. This solution offers an excellent compromise between partial selectivity, operational safety, and increased productivity, while reducing structural impacts related to repeated maneuvers.
Flow-Rack pallet racking is a dynamic system using rollers or inclined gravity rails to allow pallets to move automatically from the loading zone to the picking zone, on a FIFO basis. It promotes strict stock rotation, reduces operator travel, and improves productivity. Particularly well suited to high-turnover environments, it requires precise engineering to control speed, load, and the safety of handled units.
The Carton-Flow system is a dynamic solution designed for order picking and the storage of boxes or light units. Gravity-fed on rollers or wheels, it ensures continuous replenishment in FIFO mode, improving picking efficiency. Its modularity allows different widths, depths, and configurations to be integrated, optimizing productivity in distribution centers and high-throughput logistics environments.
Light-duty shelving and storage systems, often called "Baby Rack", are intended for manual storage of low- to medium-capacity loads. Modular and scalable, they are suitable for parts, boxes, archives, or industrial supplies. Designed for robustness and ease of assembly, these systems can be integrated into mezzanines or multi-level platforms to optimize available space while ensuring stability and safety.
The cantilever system is specifically designed for storing long, bulky, or irregular loads such as steel sections, lumber, or piping. Its structure without front uprights provides clear and flexible access, facilitating forklift handling. Available in single- or double-sided configurations, cantilever racking can be sized according to precise structural criteria to ensure stability, load capacity, and durability in industrial environments.
