HEGERLS Warehouse Automation Solutions & High-Density Storage Systems
Warehouse Racking Systems

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Warehouse racking systems should be selected around the load unit, SKU profile, inventory rotation, handling equipment, building constraints, and required level of automation.

HEGERLS provides racking solutions for palletized goods, cartons, long items, high-density storage, multi-level storage, and automated warehouses. Available configurations include selective pallet racking, drive-in racking, shuttle racking, pallet flow, mobile racking, long-span shelving, carton flow, cantilever racking, mezzanine systems, steel platforms, and high-bay storage structures.

Share your warehouse dimensions, load-unit data, throughput requirements, storage temperature, and FIFO or LIFO needs so the available options can be evaluated for your project.
 

Request a Racking Layout & Quote
 

HEGERLS Clad Rack Warehouse

HEGERLS Clad Rack Warehouse

Integrated Rack-Supported Warehouse Solution for High-Bay Automated Storage
HEGERLS High Bay ASRS Racking

HEGERLS High Bay ASRS Racking

Automated High-Bay Storage Rack System for Intelligent Warehouse Automation
HEGERLS Supermarket Shelving System

HEGERLS Supermarket Shelving System

Flexible Retail Display Shelving Solution for Supermarkets & Commercial Stores
HEGERLS Steel Platform System

HEGERLS Steel Platform System

Heavy-Duty Steel Structure Platform for Maximizing Industrial Space Utilization
HEGERLS Shuttle Racking System

HEGERLS Shuttle Racking System

High-Density Automated Pallet Storage Solution with Shuttle Technology
HEGERLS Pallet Racking System

HEGERLS Pallet Racking System

Flexible Beam-Type Storage Solution for Efficient Pallet Handling and Warehouse Organization
HEGERLS Mobile Racking System

HEGERLS Mobile Racking System

High-Density Storage Solution with Intelligent Electric Mobile Rack Technology
HEGERLS Mezzanine Racking System

HEGERLS Mezzanine Racking System

Multi-Level Storage Solution for Maximizing Warehouse Vertical Space
HEGERLS Long Span Racking System

HEGERLS Long Span Racking System

Flexible Medium Duty Storage Solution for Manual Picking and Multi-Purpose Warehouses
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How to Choose a Warehouse Racking System

 

The right racking system depends on your load type, SKU quantity, inventory depth, access frequency, stock rotation, warehouse layout, and handling equipment.

- Selective pallet racking provides direct access and suits warehouses with many SKUs.
- Drive-in and shuttle racking are suitable for deeper, high-density pallet storage.
- Pallet-flow and carton-flow racking support FIFO operations.
- Cantilever racking is designed for long or irregular materials.
- Mezzanine and steel-platform systems help use available vertical space.

Before requesting a proposal, prepare your warehouse drawing, load dimensions and weight, inventory quantity, throughput, forklift information, storage environment, and FIFO or LIFO requirements.

 

Warehouse Racking Applications

 

HEGERLS warehouse racking systems can be configured for different goods, workflows, and storage environments.

  • Manufacturing: Storage for raw materials, components, work-in-progress, and finished goods.
  • 3PL and Distribution Centers: Flexible storage for multiple SKUs, customers, and inventory turnover requirements.
  • Food and Beverage: Pallet storage designed around batch control, stock rotation, and FIFO requirements.
  • Cold Storage: High-density storage solutions adapted to low-temperature environments.
  • Retail and E-commerce: Reserve pallet storage, replenishment, and carton-picking operations.
  • Building Materials: Cantilever storage for pipes, profiles, panels, timber, and other long materials.
  • Automated Warehouses: Racking integrated with shuttles, stacker cranes, conveyors, WMS, and WCS.

The final configuration depends on the goods, inventory profile, throughput, building conditions, and storage environment.

 

Our Racking Project Process
STEP 01
Requirement Review
Confirm the warehouse dimensions, load data, inventory profile, throughput, and operating conditions.
STEP 02
System Selection
Compare suitable racking systems based on storage density, accessibility, and inventory rotation.
STEP 03
Layout and Specification
Define the proposed layout, rack configuration, safety components, and equipment interfaces.
STEP 04
Manufacturing and Installation
Arrange production and installation according to the approved project scope.
STEP 05
Handover and Support
Confirm inspection, operation, maintenance, and future expansion requirements.
 

 

 

 

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FAQ

Q1. What are the main types of warehouse racking systems?

Common types include selective pallet, drive-in, shuttle, pallet-flow, mobile, long-span, carton-flow, cantilever, mezzanine, and high-bay racking. Each system supports different load types, storage densities, access requirements, and inventory-rotation methods.

Q2. How do I choose between selective, drive-in, and shuttle racking?

Selective racking is suitable for many SKUs requiring direct pallet access. Drive-in racking is generally considered for fewer SKUs stored in deep lanes. Shuttle racking also supports high-density storage but uses a shuttle to move pallets inside each lane.

Q3. Which racking systems support FIFO?

Pallet-flow and carton-flow racking are commonly used for FIFO operations. Drive-through and shuttle systems may also support FIFO depending on the access points and operating process. Selective racking can support FIFO through location and batch management.

Q4. What information is needed for a racking layout and quote?

Provide your warehouse drawing, clear height, load dimensions and weight, SKU quantity, inventory levels, throughput, forklift details, storage temperature, and FIFO or LIFO requirements. These details help determine suitable rack types and layout options.

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