High-Density Intelligent ASRS, 4-Way Radio Shuttle Systems & Heavy-Duty Warehouse Logistics Solutions Engineered to EN 15512, FEM & AS4084 Standards.
Engineered Automated Pallet Racking Portfolio
Explore our export-grade, precision-manufactured intelligent storage hardware. Built with high-tensile Q355B cold-rolled structural steel for max load integrity and automated WMS/WCS compatibility.
4-Way Shuttle
Jracking Automatic Warehouse System Four Way Radio Shuttle Rack
High-intelligence pallet runner featuring 4-directional automated travel, real-time obstacles detection, and fast acceleration for ultra-dense matrix warehouses.
12 Layer Steel Automated Storage System Drive-In Pallet Rack
Precision vertical storage system customizable up to 6m height clearance. Epoxy powder-coated finish with structural crash guards for cold storage durability.
Autonomous Mobile Robots (AMRs) Integrated Top-Mounted Pallet Lift
Next-generation AMR storage docking framework designed for dynamic payload lifting, laser-guided navigation, and flexible floor-to-rack pallet transferring.
Heavy Duty Industrial Shuttle Rack Adjustable Steel Automated Pallet System
Designed for high-density deep channel pallet placement. Adjustable beam levels engineered for extreme structural load capacities in heavy industrial plants.
Intelligent Pallet Rack System 4 Way Shuttle Automated Storage
Multi-directional shuttle racking setup maximizing floor cube usage up to 90%. Includes integrated vertical hoists and fleet control software dispatching.
Two Decades of Manufacturing Leadership & OEM/ODM Excellence
Founded in 2004, our 50,000+ sqm manufacturing base in Nanjing, China delivers fully customizable, stress-tested, and code-compliant automated racking hardware to Tier-1 logistics integrators and global enterprise buyers.
Custom OEM/ODM Engineering & Structural Design
We solve complex architectural, load dynamic, and cold-chain challenges. Our direct-from-factory business model equips procurement teams with custom upright profiles, tailored beam connectors, dynamic shuttle rails, and specialized corrosion-resistant finishes.
Fast 3D/CAD Layout & Dynamic FEA Simulation
Third-Party Structural Load Testing (SGS / TUV)
Cold-Rolled Q355B Steel Mill Certificates
Full Automated WCS / WMS API Synchronization
Request a Customized OEM Proposal
Send your warehouse floor plan, clear height, pallet dimensions, and target payload for a complete bill of materials.
Information Gain: Understanding structural deflection limits, mechanical connectivity, and electrical automation standards for long-life industrial deployment.
Structural Steel Integrity & Profiles
Utilizing high-grade Q355B (equivalent to European S355JR) steel coils, our upright frames feature continuous cold-roll forming with 50mm/75mm hole pitch adjustments. Structural beams utilize interlocking 8-hook end-connectors with safety locking pins to eliminate accidental dislodgement under high-velocity stacker crane movement.
4-Way Radio Shuttle Fleet Optimization
Unlike legacy 2-way shuttle systems limited to single-lane depth, our 4-way shuttle technology navigates longitudinal storage channels and transverse transfer cross-aisles. Integrated optical sensor arrays and laser distance meters ensure positioning accuracy within ±2mm inside the rack matrix.
Seismic & Seismic Deflection Design
Engineered strictly to EN 15512, FEM 10.2.02, and RMI standards. Our structural engineers compute dynamic floor load distributions, sway frequencies, and horizontal force tolerances. All racking designs guarantee maximum beam deflection limits not exceeding L/200 under full rated payload.
Future Global Procurement Trends in Automated Racking (2025–2030)
Strategic analysis for enterprise supply chain leaders, warehouse project managers, and logistics engineering consultants.
1. Transition to "Dark Warehouse" Infrastructure
Rising labor costs and cold chain energy costs drive procurement toward zero-light, fully automated storage environments. Automated racking must now integrate internal sensor channels, thermal expansion relief joints, and dynamic vibration damping to support uninterrupted 24/7 robotic material handling.
Fixed AS/RS stacker cranes carry high initial CapEx. Global buyers increasingly favor scalable, modular 4-way radio shuttle systems. Warehouses can commence with a 3-tier matrix and expand shuttle vehicle fleets as throughput demands surge, cutting initial payback periods down to under 24 months.
3. AI-Driven Predictive Maintenance & Digital Twins
Modern racking is no longer static steel. Intelligent racking frames incorporate load cell monitoring, inclination sensors, and rail wear detectors connected directly to WCS platforms, enabling predictive structural alerts prior to mechanical failure.
Frequently Asked Questions for B2B Racking Procurement
Direct engineering answers regarding structural compliance, OEM capabilities, cold storage adaptability, and project execution timelines.
Q1:Can your engineering team design automated racking based on our custom CAD floor plans?
Yes. We provide complete free 3D layout, CAD drafting, and structural load calculation services. Simply provide your warehouse dimensions, clear height, pallet specifications (length x width x load height including pallet), unit payload weight, and operating environment (ambient vs. cold store). Our engineers deliver full bill of materials and finite element analysis (FEA) reports prior to production.
Q2:Which international structural design standards do your warehouse racking systems comply with?
Our heavy-duty racking systems are custom-engineered in compliance with EN 15512 (European structural racking code), FEM 10.2.02 / FEM 9.831 (Design of AS/RS and Shuttle structures), RMI Specification (USA Rack Manufacturers Institute), and AS4084-2023 (Australian Steel Storage Racking Standard). We provide mill certificates and third-party load test reports upon request.
Q3:How do 4-way radio shuttle systems perform in cold storage environments down to -30°C?
Our cold-chain automated radio shuttles and steel racking structures are specially treated for low-temperature operating environments. We utilize low-temperature resistant Q355B steel, specialized IP65-rated electronic controllers, condensation-proof wiring, and high-performance LiFePO4 batteries equipped with internal thermal heating elements, guaranteeing reliable 24/7 operation down to -30°C.
Q4:What is the typical manufacturing lead time for OEM/ODM export orders?
Standard pallet racking and selective racking projects ship within 15 to 20 business days post CAD drawing approval. Complex automated AS/RS racking structures, custom color powder coating, or multi-tier 4-way shuttle projects generally require 25 to 35 days depending on total tonnage and specialized automation testing requirement.
Q5:What surface treatment options are available to protect structural steel against corrosion?
We offer two primary industrial surface treatments: Automated Electrostatic Epoxy Powder Coating (utilizing Swiss Gema powder application systems for smooth, impact-resistant thickness between 60–90 microns) and Hot-Dip Galvanizing (HDG) per ISO 1461, which is recommended for high humidity, chemical processing, or outdoor operations.
Q6:How does your factory ensure structural quality control and dimension tolerances?
Our production workflow is ISO 9001:2015 certified. Raw coil materials undergo ultrasonic flaw detection and tensile yield testing. Punching, roll-forming, robotic laser welding, and automated beam end-connector robotic welding are continuously monitored using laser coordinate measuring equipment to maintain hole-pitch accuracy within ±0.5mm across 12-meter upright profiles.
Ready to Optimize Your Warehouse Cube Density?
Partner directly with an established Chinese racking manufacturer with 20+ years of export engineering experience. Get your complimentary 3D/CAD layout, load capacity calculation, and factory-direct price quotation today.