Industrial Racks for Automated Warehouses

Automated warehouses are at the forefront of modern logistics. Driven by the rise of e-commerce, companies must maximize every square meter of space while maintaining speed, accuracy, and safety. At the core of these operations are industrial racks—the structural systems that support robots, stacker cranes, and automated management software.

This article explores how industrial shelving works in automated environments, the benefits it provides, and why Rocket Racking has become a trusted partner in this sector.

What Are Automated Warehouses?

An automated warehouse integrates high-bay racking with stacker cranes, conveyors, and warehouse management systems (WMS). The goal is to minimize manual intervention, increase accuracy, and accelerate order fulfillment.

For this to succeed, industrial rack structures must be designed with tight tolerances, high durability, and compatibility with robotic systems.

Types of Industrial Racks in Automated Systems

🔹 High-Bay Racking

• Used in facilities taller than 12 meters.
• Works with automated stacker cranes to access pallets across multiple levels.
• The structure must withstand vibration and mechanical motion.

🔹 Gravity Flow Racking

• Uses rollers and inclined tracks to support FIFO rotation automatically.
• Saves aisle space and improves density.
• Compatible with robotic picking systems.

🔹 Double-Deep Racking

• Stores two pallets deep per slot.
• Increases density without expanding footprint.
• Requires telescopic forks or automated stackers for deep access.

Key Benefits

1. Maximum space utilization – Storage height can exceed 20 meters.
2. Reduced human error – Robots deliver millimeter-level precision.
3. Improved safety – Fewer workers exposed in busy aisles.
4. Higher throughput – Capable of handling hundreds of pallets per hour.
5. Scalable systems – The storage structure can expand as demand grows.

Rocket Racking designs industrial racks that meet EN 15512 and EN 15620 European standards, ensuring safety and automation compatibility.

Design Considerations for Automated Racks

• Structural precision – Minimal tolerance for automated equipment accuracy.
• Durability – Must endure continuous cycles.
• Digital compatibility – Integration with WMS, sensors, and automation controls.
• Safety features – Load signage, impact protectors, reinforced supports.
• Preventive maintenance – Regular inspection of beams, uprights, and base plates.

Rocket Racking provides technical audits and 3D simulations to guarantee stability before installation.

Case Study: Hamburg Logistics Center

A logistics provider in Hamburg required a system that combined high-density storage with high-speed picking. Rocket Racking implemented:

• High-bay racks with automated stacker cranes.
• Gravity flow racks for FIFO product rotation.
• Fully integrated WMS system.

Results:

• 70% increase in storage capacity
• 50% faster order preparation
• Picking errors reduced to less than 0.2%

Rocket Racking: Innovation Meets Reliability

With more than 15 years of experience, Rocket Racking has become a leading supplier of industrial shelving for automated warehouses. Our solutions include:

• Reinforced heavy duty racking
• Cantilever racks adapted for robotic access
• Mezzanine platforms with integrated conveyors
• Full technical consulting and after-sales support

Conclusion

Industrial racks for automated warehouses are the backbone of logistics 4.0. They must be precise, safe, and adaptable to evolving technology. With Rocket Racking, your facility gains durable, certified systems designed to future-proof your operations and keep your warehouse running at peak performance.