Light-to-Medium Duty
6 Layer Adjustable Chrome Wire Shelving Rack Unit
Anti-rust carbon steel construction, boltless adjustable tiers, optimal airflow for dry bulk or light industrial assembly lines.
Production Portfolio
Engineered Warehouse Storage Racking Systems
Explore our full line of industrial pallet racks, radio shuttle systems, and mezzanine floors fabricated in our 30,000 m² factory base with certified structural Q235B/Q355B cold-rolled steel.
High Density Automation
Heavy Duty Pallet Shuttle Racking System (3000kg)
Semi-automated radio-guided carrier, eliminates forklift entry inside channels, engineered for high-volume batch warehouses.
100% Direct Selectivity
Selective Pallet Racking Boltless 5-Tier Industrial Racks
Versatile upright and beam engineering, 50mm/75mm pitch adjustability, fully compliant with international load criteria.
RMI Standard Profile
Teardrop Pallet Rack Mesh Vertical Storage System
Standard North American teardrop connection geometry with reinforced beam locks and wire mesh safety decking panels.
FIFO / LIFO Dynamic
Semi-Automated FIFO Pallet Shuttle Storage System
Deep-lane dynamic shuttle design configured for strict First-In, First-Out perishables, dairy, and cold-room logistics.
Very Narrow Aisle (VNA)
High Bearing VNA Pallet Racking Anti-Corrosion Rack
Aisle widths reduced to 1.6m-1.8m for maximum vertical clearance utilization up to 15 meters, guided by mechanical floor rails.
Modular Manual Picking
Industrial Slotted Angle 5-Layer Shelving Rack (500kg)
Multi-layer cold-formed steel shelving with electro-coating finish, backed by a 10-year factory structural guarantee.
Push Back Gravity
Warehouse Gravity Push Back Roller Sliding Rack
Nested cart and roller configurations allowing 2 to 6 pallets deep storage per channel with single-aisle operational simplicity.
Enterprise Manufacturing Authority
Guangzhou Heda Shelves Co., Ltd. – Sourcing Directly From The Source Factory
Founded in 2001, Guangzhou Heda Shelves Co., Ltd. has grown from a specialized steel profiling workshop into one of the world's most reputable OEM/ODM manufacturers of advanced pallet racking and radio shuttle systems. Spanning an integrated 30,000 square meter production facility equipped with high-precision automatic roll-forming lines, robotic welding workcells, and multi-stage continuous electrostatic powder coating chambers, we deliver complete turn-key logistics infrastructure to distributors, integrators, and Fortune 500 enterprises.
Certified Global Engineering Standard: All structural load calculations, vertical beam connections, and seismic anchors conform precisely to CE EN 15512 (European Racking Code), RMI MH16.1 (USA), and ISO 9001:2015 certified quality management systems (Certificate No. 18624Q00169R0M).
- Free Engineering Layout: Professional CAD floor-planning, finite-element analysis (FEA), and 3D warehouse visualization within 24 hours.
- Seismic Structural Optimization: Tailored baseplates, floor anchoring, and bracing designed specifically for high-risk zones (NCh 433, NSR-10, E.030, IBC).
- Total OEM/ODM Support: Full white-labeling, custom profile punching, bespoke color powder finishes, and private label component branding.
Direct Factory Procurement
Eliminate Intermediary MarkupsDirect coordination with our core engineering team ensures complete alignment on beam deflection criteria (1/200, 1/300), clearance clearances, shuttle battery chemistry, and port delivery schedules.
Global Compliance Verification
CE Certificate No. 2435-CPR-8605159 | RoHS Directive
Inquire Now
2001
Established Year
30,000t
Monthly Output
300+
Engineers & Techs
120+
Countries Served
Engineering Whitepaper
Pallet Shuttle Racking System Engineering Architecture
An in-depth structural analysis of deep-lane shuttle automation versus legacy drive-in, push-back, and automated storage and retrieval systems (ASRS).
Structural Rail & Upright Dynamics
Unlike traditional static beam racks, a pallet shuttle racking structure utilizes cold-rolled galvanized running rails that double as load-bearing supports and guide tracks. Upright columns undergo precision roll-forming from structural steel with specialized omega-profiles, resisting both vertical live loads and lateral kinetic forces exerted by high-speed shuttles moving at 1.0 m/s.
Intelligent Radio Shuttle Mechanics
The core vehicle integrates brushless DC servo drive motors, optical laser distance sensors, electromagnetic braking systems, and high-discharge lithium iron phosphate (LiFePO4) power cells. The cart navigates multi-depth lanes (up to 40 pallets deep) with millimeter positional repeatability, managed through industrial tablet radio-frequency (RF) remote consoles.
Kinetic Safety & Redundancy
Safety is engineered directly into the steel frame and the electronic carrier: physical end-of-rail mechanical stops, anti-collision sonar radar sensors, pallet overload limit switches, and dynamic rail-locking clamps ensure that loaded pallets (up to 1,500 kg or heavy-duty 3,000 kg variants) remain stable even during emergency stops or localized seismic shifts.
Procurement Strategy 2026–2035
Future Sourcing Trends for Pallet Shuttle Systems
Key macroeconomic and technical evolutions shaping how international logistics procurement teams evaluate OEM/ODM factory partners.
1. The Shift to 4-Way Multi-Directional Shuttles
While 2-way semi-automated shuttles remain dominant for high-turnover homogeneous goods, enterprise facilities are rapidly procuring 4-way shuttle systems. By operating along longitudinal and transverse rails connected via vertical reciprocating lifts, 4-way systems unlock fully autonomous, lights-out storage without needing human forklift drivers.
2. Sub-Zero Cold-Chain Optimization
With global cold-chain operating expenses climbing, logistics operators cannot afford wasted air space in refrigerated chambers (-25°C to -30°C). Pallet shuttle systems condense storage footprints by up to 80% compared to selective racks. Future sourcing prioritizes low-temperature battery chemistries, condensation-proof electronics, and pre-galvanized cold-formed uprights.
3. Open WCS/WMS Architecture Integration
Procurement directors increasingly reject closed-protocol shuttle hardware. Modern RFPs mandate RESTful APIs and OPC-UA connectivity enabling the shuttle controller to communicate natively with enterprise Warehouse Management Systems (SAP, Oracle, Manhattan) and Automated Guided Vehicles (AGVs) feeding the lane entry points.
Industry Roadmap
Technology Vectors Transforming Shuttle Storage
How advanced metallurgical profiling, predictive IoT telemetry, and hybrid robotics redefine warehouse throughput capabilities.
Predictive Maintenance IoT
Vibration sensors, current consumption monitors, and wheel-wear analytics stream diagnostics in real-time, preventing channel bottlenecks before component wear causes line halts.
Ultra-Capacitor Fast Charging
Next-generation shuttles deploy supercapacitors and opportunity-charging stations at lane entry points, allowing continuous 24/7 round-the-clock throughput with zero downtime.
Autonomous AGV Docking
Full mechanical and optical harmonization between floor-level Autonomous Mobile Robots (AMRs) and shuttle carriers, creating end-to-end driverless material flow from inbound dock to rack.
High-Tensile Cold Steel Alloys
Implementation of high-yield Q355B micro-alloyed steel sheets allows lower steel mass per pallet location while increasing load rigidity, significantly reducing international shipping container costs.
ISO 9001:2015 Manufacturing
10 Rigorous Production Stages in Our Factory
From prime raw coil inspection to seaworthy export container packing, our complete in-house process guarantees exact structural tolerances and zero-defect delivery.
01
Raw Steel Spectrometry
Spectrochemical batch testing of cold-rolled coils from Tier-1 mills (Baosteel/Shougang) ensuring tensile elasticity and yield strength.
02
Precision CNC Cutting
High-speed laser and mechanical slitting to micron precision, eliminating micro-burrs and edge fractures prior to cold roll-forming.
03
Continuous Punching
Automated progressive die-punching creates teardrop, diamond, or 50mm metric slot matrices with precise pitch accuracy across full upright lengths.
04
Cold Roll-Forming
Multi-station roll-forming lines progressively shape heavy-gauge uprights and box beams without residual structural stresses.
05
Robotic MIG Welding
Automated multi-axis robotic welders join beam end-connectors and base plates with uniform weld penetration and zero slag defects.
06
Surface Shot Blasting
Mechanical blasting removes all surface oxide scale, rust, and oils, preparing the substrate for superior powder coating adhesion.
07
Pickling & Phosphating
Chemical pre-treatment line deposits a nanoscale zinc phosphate conversion layer, delivering industry-leading corrosion barrier protection.
08
Electrostatic Powder Spray
Automated electrostatic powder booths apply thermosetting epoxy-polyester resins cured at 200°C for high scratch and chemical resistance.
09
Carrier Dynamic Bench Testing
Every radio shuttle cart undergoes a 48-hour continuous simulated full-load test over calibrated running rails before factory release.
10
Seaworthy Export Packing
Bundled with steel banding, corrugated cushioning, stretch film wrap, and anti-chafing corner guards optimized for container packing.
Procurement Clarity
Frequently Asked Sourcing & Engineering Questions
Direct, transparent answers regarding production capacities, international port shipments, seismic compliance, and OEM customization.
What are the key technical differences between Radio Shuttle and Drive-In Racking?
While both systems provide high-density storage by eliminating interior aisles, Drive-In Racking requires forklifts to drive directly into structural storage channels. This results in slow cycle times, high rack-impact collision risks, and structural damage over time. In contrast, Pallet Shuttle Racking keeps the forklift exclusively at the aisle entrance face; an autonomous radio carrier transports pallets inside the channel. This increases throughput velocity by 200-300%, eliminates collision risks with interior uprights, allows lane depths exceeding 30-40 pallets, and enables both FIFO and LIFO rotation methods without major layout redesign.
Can your engineering team calculate and certify racks for severe seismic regions?
Yes. Our structural design engineering department performs finite-element calculations (FEA) compliant with relevant seismic design codes such as Chilean NCh 433/2369, Peruvian E.030, Colombian NSR-10, US RMI/IBC standards, and European EN 16681. Depending on your warehouse site's peak ground acceleration (PGA) and subsoil geotechnical data, we engineer enlarged base plates, heavy-duty floor expansion or chemical epoxy anchors, reinforced box-profile portal uprights, and transverse seismic back-bracing systems to ensure seismic energy dissipation without collapse.
What are your factory's production lead times and monthly manufacturing volumes?
Guangzhou Heda Shelves Co., Ltd. operates a 30,000 m² factory with a monthly steel conversion capacity of 30,000 metric tons. Standard selective pallet racking orders and shuttle frame systems typically require 2 to 4 weeks production lead time following approved CAD shop drawings. For large automated high-bay distribution projects involving thousands of pallet locations, we arrange phased batch production and sequential 40ft HQ container loading to coordinate seamlessly with your on-site civil works and installation schedule.
What exact parameters do you need to generate a free 3D CAD layout and quotation?
To provide an accurate structural proposal and load check within 24 hours, our engineering office requires: (1) Warehouse architectural drawings (DWG/PDF) showing clear ceiling height, column grid coordinates, and dock door placements; (2) Pallet specifications (Width × Depth × Height, including cargo overhang); (3) Maximum weight per loaded pallet; (4) Forklift truck specifications (clear mast lift height, turning radius, and load capacity); (5) Operating environment conditions (ambient temperature vs. cold storage sub-zero requirements); and (6) Total estimated SKU profile and preferred rotation logic (FIFO or LIFO).
How are OEM/ODM private labeling and distributor partnerships managed?
We provide full-spectrum OEM and ODM manufacturing services for regional racking companies, material handling equipment distributors, and system integrators worldwide. We can customize proprietary column hole punching patterns, fabricate bespoke connector bracket geometries, apply customized RAL brand colors via our powder coating lines, affix your company's laser-cut nameplates or serial rating labels, and package components in unbranded or customized shipping wrapping for discreet, turnkey distribution.
Global Reach
Worldwide Container Freight & Port Delivery
Delivering engineered racking components directly from South China maritime hubs to your port of discharge with full fumigation and customs-cleared documentation.
Latin America Maritime Routes
Scheduled container sailings directly to Santos, Paranaguá, Valparaíso, San Antonio, Callao, Buenaventura, Cartagena, Guayaquil, and Buenos Aires with transit times from 30 to 45 days.
North America & EMEA Hubs
Direct routes to Los Angeles, Long Beach, Houston, Rotterdam, Hamburg, Felixstowe, Jebel Ali, and Durban with consolidated Bill of Lading (B/L) and third-party SGS/BV inspection certificates.
Installation Field Guidance
Every consignment is accompanied by 3D exploded assembly diagrams, labeled part IDs matching container manifests, and on-demand video engineering consultation or on-site supervisory teams.
Ready to Maximize Your Warehouse Storage Density?
Consult with our senior structural engineers today. Submit your warehouse dimensions and receive a bespoke CAD floor plan, structural capacity calculation, and factory-direct pricing proposal within 24 hours.