PP Corrugated Plastic Stackable Picking Bins
Front-opening warehouse shelf storage designed for industrial small parts, fast SKU identification, and electrostatic discharge protection.
2001
Founded in Guangzhou, China
30,000m²
Automated Production Plant
30,000t
Monthly Output Capacity
10,000+
Global Logistics Projects
Engineered For Throughput
Featured Warehouse Picking Racks & Storage Solutions
Tailored for fast-moving consumer goods (FMCG), third-party logistics (3PL) fulfillment hubs, automotive components, and e-commerce picking operations worldwide.
Heavy Duty Pallet Mezzanine Rack Picking System
Multi-tier structural integration offering pallet staging on ground tiers with dense manual pick modules and walkaways overhead.
200KGS Per Layer Steel Butterfly Hole Storage Rack
Detachable open shelving with electro-coated anti-corrosion finish, configurable upright pitch, and rapid tool-free beam repositioning.
5-Layer Medium Duty Boltless Picking Rack
High-strength cold-rolled steel construction tailored for retail consolidation hubs, carton picking pathways, and rapid site assembly.
Smart Warehouse Robot Picking AS/RS Shelving
Precision-manufactured racking tolerance engineered specifically for autonomous mobile robots (AMR) and shuttle extraction systems.
Reinforced Steel Push Back Pallet Racking
Nested cart gravity-fed picking channels supporting 2-5 pallets deep, maximizing bay density while maintaining high SKU availability.
Custom Steel Mezzanine Platform & Picking Area
Heavy structural I-beam platforms engineered for dynamic loads up to 1,000 kg/m² to accommodate sorting conveyors and picking stations.
5-Layer Adjustable Steel Manual Picking Display Rack
Versatile, bolt-free modular racking with customizable steel decking or wire mesh shelves, ideal for manual order consolidation.
Strategic Procurement Insights
The Next Era of Warehouse Picking & Material Handling Systems
An engineering assessment on supply chain resilience, structural optimization standards, and automated goods-to-person workflows.
Structural Engineering Rigor in Global Racking Procurement
Procuring warehouse racking has evolved far beyond sourcing fabricated steel channels. In an era marked by tighter real estate margins, higher facility clear-heights, and the proliferation of high-density fulfillment centers, structural integrity dictates business continuity. Modern logistics operations demand that structural racking adhere rigorously to established international codes, notably EN 15512:2020 (Steel static storage systems – Adjustable pallet racking systems) and EN 15620 tolerances, as well as ANSI/RMI MH16.1 specifications.
As a leading Chinese racking exporter, our manufacturing plants leverage certified high-tensile Q235B and Q355B hot-rolled strip steel, undergoing automated multi-stage roll forming. High manufacturing tolerances prevent systemic deflection under maximum working loads, ensuring that picking bays remain completely plumb under static, dynamic, and seismic impact forces.
- Full trace-code mill certification for raw coil metallurgy
- Electrostatic epoxy-polyester thermosetting powder coat
- Anti-corrosive chemical pre-treatment (Pickling & Phosphating)
- Finite Element Analysis (FEA) simulated loading verifications
Emerging Trends in Global Picking Systems Procurement
Purchasing directors and intralogistics system integrators are actively shifting from disconnected static shelves toward holistic, modular ecosystem designs. Over the next decade, supply chain executives will prioritize three critical vectors:
Hybrid Human-Cobot Optimization
Racking architectures are re-engineered with wider aisle tolerances and recessed uprights to accommodate collaborative autonomous mobile robots (AMRs) operating parallel to human order pickers.
Vertical Cubic Optimization (Mezzanines)
With urban warehousing real estate rates climbing globally, rack-supported multi-tier mezzanine floors enable facilities to multiply usable floor plate area by 200% to 300% without acquiring additional physical land.
Lifecycle Sustainability & Traceability
Cross-border procurement now mandates eco-friendly chemical phosphating, low VOC powder compounds, and fully recyclable steel grades complying with stringent European RoHS and environmental standards.
Technological Advancements in Modern Picking Systems
The transformation of manual order-picking operations into semi-automated and fully automated intralogistics nodes has fundamentally reshaped the manufacturing criteria for racking frames, load beams, and decking components.
1. Carton Flow and Dynamic Gravity Rollers: In high-throughput FMCG picking, gravity flow lanes guarantee authentic First-In, First-Out (FIFO) stock rotation. Integrated brake rollers, adjustable pitch angles, and zinc-plated skate wheels decrease human operator traversal paths by up to 60%, drastically cutting picker fatigue and pick-face replenishment conflicts.
2. High-Precision Upright Tooling: AS/RS and robot-assisted pick modules demand column verticality tolerances below 1/1000th of building clear height. HEDA Shelves utilizes proprietary multi-head continuous automatic stamping punches to ensure millimetric pitch regularity across standard teardrop, butterfly, and diamond profile designs.
3. Advanced Surface Treatments for Extreme Climates: Modern cold storage facilities (-30°C) and tropical logistics hubs demand high chemical resistance. Our multi-stage passivation and electrostatic polyester finishes prevent micro-fissure rust propagation, even under severe thermal fluctuation and humidity cycles.
Why Partner With Us
World-Class Racking Engineering & Direct Export Advantages
Over two decades of precision manufacturing excellence serving distributors, project contractors, and enterprise warehouse managers in more than 120 countries.
25 Years Engineering Heritage
Founded in 2001, Guangzhou Heda Shelves Co., Ltd. brings over a quarter-century of deep structural racking design, testing, and volume fabrication experience.
Free CAD & 3D Modeling
Our dedicated structural engineers deliver comprehensive architectural layout proposals, bay capacity calculations, and 3D visual models within 24-48 hours.
Certified Quality Control
Backed by official CE Certificate (No. 2435-CPR-8605159), ISO 9001:2015 management standards, and full compliance with European EN structural safety codes.
OEM/ODM Export Flexibility
Complete custom fabrication: custom upright gauges, specialized RAL color powder coats, and containerized seaworthy flat-packing tailored for global ports.
Clear Technical Guidance
Frequently Asked Questions on Picking Racks
Everything procurement officers, facility engineers, and warehouse operations managers need to know before issuing an RFQ.
What specific parameters are needed to generate an accurate warehouse picking rack layout and quotation?
To provide an engineered 2D/3D layout and precise Bill of Materials (BOM), our technical team requires:
(1) Architectural drawings (AutoCAD DWG or scaled PDF) indicating column spacing, clear ceiling height, overhead obstructions (HVAC, sprinklers, lighting), and dock doors;
(2) Stored unit loads: bin or carton dimensions (L × W × H), pallet specifications (e.g., Euro 1200×800mm or Standard 1200×1000mm), and maximum gross weight per layer;
(3) Material handling equipment: forklift turn radius (Aisle width requirement), reach height, or manual pick cart dimensions;
(4) Order profile: required daily pick lines, SKU counts, and environmental conditions (ambient, cold storage, or clean room).
How do picking racks differ from standard selective pallet racking in engineering design?
Selective pallet racking is engineered primarily for full-pallet storage accessed via forklifts, with shelf depths and beam capacities optimized for concentrated point loads of 1,000 to 3,000 kg per level. In contrast, picking racks (such as medium-duty longspan shelving or carton flow racks) are designed specifically for split-case, carton, or item-level access by manual operators. They incorporate smaller pitch adjustments (typically 50mm), integrated wire mesh or steel decking, divider bars, picking bins, and lower beam heights to facilitate ergonomic hand picking without mechanical intervention.
Can picking racks be integrated into multi-tier mezzanines or automated AS/RS systems?
Yes. One of HEDA Shelves' core strengths is engineering rack-supported mezzanine systems where the ground-level picking frames serve as load-bearing structural columns for 2 to 4 levels of elevated walkways and additional picking shelving above. Furthermore, our smart robotic picking racks are manufactured with rigid tolerances to accommodate autonomous mobile robot (AMR) shuttles, Automated Guided Vehicles (AGVs), and vertical reciprocating lifts (VRCs) for multi-level goods-to-person consolidation.
What steel grades and structural safety factors are applied to your picking racks?
We utilize certified high-yield structural steel grades Q235B and Q355B (equivalent to European S235 and S355). All beam connectors are equipped with automatic spring safety locks to prevent accidental dislodgement from handling equipment. Deflection limits under maximum working loads are maintained strictly within 1/200th of the clear span, adhering to EN 15512 standards. Structural calculation reports signed by certified structural engineers are available upon request.
What is your production lead time, and how is cargo protected during ocean transit?
Standard manufacturing cycle times range between 15 to 25 days depending on total project tonnage. For maritime export, components are packaged using automated strapping, protective corrugated card corner guards, and multi-layer stretch wrap. Beams and uprights are bundled with wooden runners for safe forklift destuffing at destination ports, minimizing any transit friction damage to powder-coated surfaces.
How are installation and assembly handled in international destination countries?
Every shipment includes comprehensive, color-coded CAD assembly schematics, component manifests, and step-by-step installation manuals. All boltless medium-duty picking racks feature intuitive slot-in assembly requiring no special welding. For large-scale rack-supported platforms and multi-tier picking structures, we provide real-time video engineering supervision or can dispatch professional installation supervisors to overseas sites upon request.