Engineered to comply with rigorous international load standards and global safety certifications.
In the modern era of logistics and supply chain optimization, global enterprises face severe headwinds: skyrocketing land costs, labor shortages, and the critical need for rapid fulfillment. Traditional warehousing, dependent on human-operated forklifts and selective racking, fails to meet the performance and spatial density requirements of Industry 4.0. To bridge this structural gap, the intralogistics sector has accelerated its transition towards advanced Automated Storage and Retrieval Systems (AS/RS), with CE Certified 4-Way Shuttle Systems emerging as the pinnacle technology.
A 4-way shuttle system operates on an X-Y orthogonal grid, allowing specialized robotic shuttles to traverse both cross-aisles and storage lanes autonomously. By eliminating the necessity for vast forklift aisles, 4-way shuttle systems increase storage density by up to 60% to 100% compared to traditional pallet racking. Unlike conventional ASRS systems that utilize massive crane systems restricted to single aisles, 4-way shuttles can dynamically reallocate fleets to handle bottleneck aisles. This architectural flexibility prevents single-point failure disruptions, providing unparalleled business continuity for heavy-duty storage operations worldwide.
A global leader in structural engineering, automated storage solutions, and precision manufacturing.
Established in 2016, Shibang operates a state-of-the-art 35,000㎡ modern production facility. We integrate computerized, automated manufacturing equipment designed to process structural steel profiles with millimeter-level tolerances.
With an annual export revenue of approximately USD 18 million and 8 years of dedicated export experience, Shibang possesses over 15 years of industry experience in producing high-capacity industrial shelving systems.
Backed by a resilient supply chain of over 1,200 reliable raw material partners, we supply warehouse operators, logistics companies, manufacturing enterprises, e-commerce giants, and system integrators worldwide.
Our comprehensive quality management framework conforms to ISO 9001 quality control procedures. From the receipt of cold-rolled steel coils to the shipment of fully finished components, we execute strict inspection intervals. Our facility utilizes a dedicated team of 65 experienced QC specialists responsible for ensuring structural integrity, load capacities, and safety compliance.
Our quality assurance workflow strictly monitors every phase of manufacture: raw material testing, welding inspection, surface coating inspection, load-bearing testing, and dimensional accuracy checks. This rigorous framework guarantees that every rack profile, guide rail, and locking clip is capable of sustaining localized seismic activities and heavy load fatigue over decades of continuous warehouse cycles.
A glimpse into our manufacturing floor, showcasing automated machinery, precision forming, and computerized surface coating lines.
Designing a high-density autonomous storage system requires complex engineering, strict load calculations, and precise mechanical interface design.
A structural failure in a 4-way shuttle rack system can trigger cascading warehouse failures. Therefore, Shibang's engineering division applies advanced finite element analysis (FEA) modeling to design structures capable of handling high dynamic stresses. Unlike traditional static selective racks, a 4-way shuttle structure must support the constant acceleration, deceleration, and vibration of automated shuttles travelling down the rails. Our rails are made from specialized cold-formed high-strength steel profiles, ensuring negligible deflection under 1,500 kg dynamic wheel loads.
Furthermore, structural tolerance is of paramount importance. While selective pallet racks allow deviations of up to 10mm, a 4-way shuttle rack system demands tolerances of under 2mm across the entire running lane. Any minor pitch error or rail joint misalignment could cause the shuttle's high-sensitivity LiDAR or positioning sensors to trigger safety emergency stops, disrupting warehouse throughput. Shibang implements high-precision CNC punching, automatic forming, and robotic welding lines to ensure that every single profile, connector, and track joint achieves these exact tolerances.
All Shibang storage structures are designed in conformity with international codes, including ANSI/MH16.1 (RMI), FEM 10.2.02, and Eurocode 3 standards. This guarantees reliability under local wind, dead, dynamic, and seismic loads.
Our shuttle systems integrate with leading Warehouse Management Systems (WMS) and Warehouse Control Systems (WCS) via standard TCP/IP, Modbus, or RESTful APIs, facilitating autonomous order picking, inventory management, and vehicle dispatching.
Shibang 4-way shuttles utilize eco-friendly Lithium Iron Phosphate (LiFePO4) batteries. Incorporating fast-charging supercapacitor hybrid setups, a quick 3-minute charge cycles the shuttle through 1 hour of operational moves.
Deploying certified warehouse hardware that meets the specific compliance rules of diverse regional jurisdictions.
Compliance is a fundamental prerequisite for global warehouse automation. To ensure seamless operation and legal compliance within the European Economic Area (EEA), the United States, and other international jurisdictions, our systems comply with all relevant machinery regulations. Specifically, the CE Certification badge on Shibang systems signifies complete alignment with the Machinery Directive 2006/42/EC, the Electromagnetic Compatibility (EMC) Directive 2014/30/EU, and safety standards like EN 15095 (for power-operated mobile storage systems).
Regional climates and localized warehouse conditions require custom adjustments. Key application scenarios for Shibang's 4-way shuttle rack systems include:
Strategic R&D efforts focused on integrating edge computing, predictive safety measures, and machine learning diagnostics.
Shibang's research and development division, comprising 28 experienced R&D engineers, develops approximately 120 new products annually to keep pace with global automation trends. Our technology roadmap includes several upcoming innovations:
1. Fleet Intelligence & AI Dispatching: As fleet sizes grow, central WCS servers face coordination bottlenecks. We are testing decentralized algorithms where individual shuttles share positioning metrics via 5G networks, optimizing path finding and preventing traffic deadlocks in real time.
2. Energy Regeneration: Future shuttle models will capture kinetic energy generated during braking and vertical lifting, storing it in localized capacitor arrays. This reduces net power consumption by up to 18% in high-frequency operations.
3. Predictive Structural Health Diagnostics: Integrating strain-gauge sensors within highly loaded column zones. These sensors feed continuous mechanical stress data back to the control system, warning operators of structural overload before a safety event occurs.
Addressing the critical operational and safety questions raised by warehouse managers, system integrators, and safety inspectors.
High-quality configurations manufactured in our ISO 9001 certified plant.
Shibang Storage Rack
