Explore our core industrial picking racking and pallet warehouse installations. Each system is custom roll-formed, load-rated to international safety standards, and tailored to manual order picking, reach-truck operations, or integrated automated workflows.
Flexible, detachable warehouse racking frames designed for seasonal goods handling, irregular SKUs, and rapid staging footprint adjustments.
The industrial benchmark for 100% pallet accessibility. Structural cold-rolled profiles ensure structural rigidity for mixed palletised order picking.
Double or triple warehouse picking capacity without external civil works. Incorporates staircases, safety gates, and multi-level bin picking aisles.
Designed for split-case picking and non-standard carton footprints. 100x100mm reinforced wire mesh prevents item dropping and enhances fire suppression.
Continuous drive channels with distinct loading and retrieval aisles. Eliminates dead aisle volume while ensuring strict first-in, first-out stock rotation.
Engineered with high yield-stress profiles and cold-formed bracing to counter heavy cyclical impact in continuous 24/7 fulfillment centers.
Directly compatible with standard 48x40-inch GMA pallets and standard US handling fleets. An optimal balance of structural strength and rapid reconfiguration.
Millimeter-level fabrication tolerances specifically configured for stacker crane interfaces, radio shuttles, and lights-out automated warehouse hubs.
Specifying picking racking systems requires analyzing inventory density, SKU profiles, and handling throughput. Review our operational matrix to align your warehouse layout with exact operational demands.
| System Architecture | Picking Directness | Space Utilization | Throughput Velocity | Structural SKU Density | Target Handling Setup |
|---|---|---|---|---|---|
| Selective Pallet Racking | 100% Direct Access | Baseline (40-50%) | High Cycle Speed | High SKU Divergence | Reach Trucks, Counterbalance, Manual Pick |
| Multi-Tier Mezzanine | 100% Manual Hand-Pick | Maximum Vertical Footprint | Very High (Multi-operator) | High Bin/Carton Diversity | P2P Picking, Gravity Chutes, Vertical Lifts |
| Drive-Through (FIFO) | Batch / Lane Access | Extremely High (>75%) | Medium Dynamic Movement | Low SKU / High Bulk Tonnage | Drive-in Counterbalance Fleets |
| Wire Mesh Deck Shelving | 100% Visual & Physical | Flexible Deck Heights | High Ergonomic Flow | Mixed Small-Medium Boxes | Manual Cart Picking, Walkie Stackers |
| High-Bay ASRS Structure | Fully Automated Access | Ultra-High (Up to 35m) | Maximum Scalable Cycle | Infinite Dynamic Rotation | Automated Stacker Cranes & AMR Systems |
Global fulfillment demands are forcing a transition from static storage units to high-density, dynamic, and robot-compatible infrastructure. Discover where industrial warehouse storage is moving over the next decade.
Traditional static picking aisles are rapidly transitioning to hybrid robot-human walkways. OEMs are designing picking rack bases with integrated magnetic/QR-guided navigation clearances, wider bottom-level pick bays, and impact-deflecting column bases engineered specifically for autonomous mobile robotic fleets.
By integrating OEM-fabricated ground pick decks with upper-tier pallet buffers, operators achieve unbroken replenishment loops without needing massive facility alterations.
Supply chain leaders now require suppliers to balance steel weight-to-load optimization. By deploying certified Q235B and high-tensile structural grades cold-formed into specialized 11-fold and 13-fold omega profiles, manufacturers yield up to 20% higher weight capacities with reduced total steel consumption.
Furthermore, eco-compliant powder-coating processes free of heavy metals and low-VOC pretreatments have shifted from optional benefits to mandatory procurement prerequisites in North American and EU tenders.
E-commerce demand has led to a decrease in single-SKU full-pallet movements and an explosion in split-case carton picking. Warehouses are retrofitting bottom beam levels with gravity-driven carton flow beds and overhead structural pick mezzanines.
Modern procurement prioritizes boltless, modular accessories that allow facility operators to swap pallet positions into multi-lane pick faces in hours rather than days.
Combining heavy industrial manufacturing capacity with dedicated engineering teams, Guangzhou Heda Shelves Co., Ltd. delivers turnkey manufacturing precision from architectural CAD drawings to containerized oceanic shipment.
Continuous operations since 2001 provide profound insight into beam-locking physics, dynamic load tolerances, seismic factors, and global logistics regulations.
Receive comprehensive structural calculations, finite element load assessments, 2D floor plans, and realistic 3D warehouse renderings within 24 hours.
Certified under ISO 9001:2015 and CE standards. Every production run undergoes chemical steel coil inspection, hole-pitch laser measurement, and coating cure testing.
Full support for OEM custom roll dies, custom punch patterns (Teardrop, Keyhole, Hexagonal), branded packaging, and distributor private-label agreements.
Comprehensive procurement information addressing shipping parameters, structural safety verifications, container packaging, and international engineering criteria.
Upright frames and heavy beams are nested with high-density protective corrugated spacers, strapped with high-tensile steel bands, and covered with moisture-resistant PE stretch film. Small hardware components, base plates, and safety clips are packed in heavy-duty reinforced wooden crates or heavy-gauge steel cages labeled for immediate site sortation.
Yes. Our engineering department regularly prepares full CAD submittal packages detailing beam capacities, upright column profiles, anchor bolt layouts, and baseplate dimensions in feet, inches, and pounds (lbs), facilitating seamless integration with local engineers of record and municipal permit offices.
Standard OEM/ODM orders typically enter roll-forming and finishing immediately following final drawing sign-off. Production cycles range between 15 to 25 days depending on total steel tonnage. Container loading schedules are coordinated directly with freight forwarders to minimize port dwell times.
We implement a strict 10-step quality framework covering raw steel coil tensile verification, automated cold-forming profile monitoring, automated robotic welding, and shot-blast surface preparation followed by electrostatic powder curing. Batch test certificates are maintained for complete structural traceability.
Absolutely. We customize RAL color specifications for beams, frames, and upright protections to match client corporate palettes. For high-volume distributors, we produce tooling for custom punch configurations, proprietary hook connectors, and private-label steel stamping.
Every shipment is supported by detailed packing lists with pallet-by-pallet piece counts, mill test certificates (MTC) proving steel grades, structural load charts, step-by-step 3D assembly manuals, and CE/ISO declarations of conformity needed for custom clearing.
Whether you require standard selective racking profiles, multi-tier mezzanine picking structures, or cold-storage high-density channels, our engineering staff prepares structural solutions matched to your local floor load capacity and clearance specifications.
Connect with a senior racking structural engineer to calculate project steel tonnage and configuration options.
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