Explore our elite range of automated pallet runners and high-density racking configurations designed for modern supply chains.
Global supply chains are experiencing unprecedented demands for speed, spatial density, and operational reliability. Traditional warehouse operations, reliant on manual forklift maneuvers and static pallet racking systems, are rapidly falling behind. To remain competitive, enterprises are shifting from passive structures to dynamic, software-driven Automated Storage and Retrieval Systems (AS/RS) and highly optimized semi-automated Radio Shuttle systems.
By shifting storage logic from vertical floor-stacking or broad selective layouts to high-density smart channels, warehouses can decrease footprint by up to 60% while expanding total storage capacity by up to 200%. High-bay designs utilizing precision-formed steel, paired with smart shuttle runners and stacker cranes, eliminate structural waste, reduce human-induced product damage, and drive rapid ROI in cold-chain logistics, e-commerce centers, and heavy industrial yards.
An automated racking configuration is not merely "heavier steel". It is a complex electromechanical interface. High-speed shuttle shuttles require rail deviations measured in millimeters, not centimeters. Dynamic structural load distributions under acceleration and deceleration of high-bay stacker cranes require comprehensive structural engineering, advanced seismic modeling, and stringent raw material quality control (Q355B structural steel).
As a leading Automatic Storage System Factory & Exporter, we integrate structural design, software interfaces, material science, and automation systems to deliver robust, compliant, and durable storage installations worldwide. This technical whitepaper highlights our manufacturing systems, structural standards, global supply network, and advanced engineering capabilities designed to assist supply chain managers in choosing their next automated warehousing infrastructure.
Backed by structural validation, industry-leading QA, and a wide distribution network across North America, Europe, Australia, and the Middle East.
Jracking (Guangdong) Storage Co., Ltd. is a professional manufacturer specializing in warehouse racking systems and industrial storage solutions in China. Since its establishment in 2016, the company has been dedicated to designing, manufacturing, and supplying high-quality storage equipment for global customers across various industries. With a modern manufacturing facility covering 28,600 m², Jracking integrates advanced production equipment, strict quality management systems, and experienced engineering teams to ensure reliable product performance and consistent manufacturing standards.
From raw structural coils to robotically welded, powder-coated high-bay racking systems—fully traceable and certified.
We source certified premium-grade Q235 and Q355B structural steel directly from state-owned mills. Each batch undergoes yield strength, chemical analysis, and load tolerance testing prior to production processing.
Advanced multi-station roll-forming lines profile the upright columns, beams, and diagonal bracing. This ensures precise dimensions and strict tolerances crucial for shuttle travel and automated stacker interfaces.
Critical structural connections, such as connector brackets and base plates, are welded using high-performance robotic stations. This yields uniform weld penetration, high strength, and minimal heat-induced deformation.
Components undergo hot cleaning, multi-stage chemical pretreatment, shot blasting to remove scale, and static electrostatic powder coating to ensure reliable wear and corrosion resistance, even in sub-zero environments.
Physical prototypes of new components are subjected to destructive stress, deflection, and weld inspections under the oversight of our 48-member quality control inspector group to confirm conformity with global safety guidelines.
Finished frames, rails, and beams are packaged with protective padding and steel strapping to prevent deformation during sea, rail, or over-the-road transit to global project destinations.
Different vertical sectors face unique regulatory and throughput challenges. Our systems are engineered to target those requirements specifically.
Operating in environments down to -30°C demands specialized structural steel grades to prevent low-temperature embrittlement. Our high-density Radio Shuttle systems maximize chilled space utilization, minimizing electricity and thermal losses, while utilizing frost-resistant shuttle components to maintain constant operations.
E-commerce demands speed and dynamic sorting. Our multi-tier mezzanine structures, automated shuttle runners, and selective racking systems integrate directly with Conveyors, WCS, and WMS software, driving higher picking rates and fast inventory turnover.
Storing steel tubes, bar stock, pipe, and plates requires robust, reliable configurations. Our industrial cantilever rack systems are structurally rated to carry load capacities of several tons per arm, ensuring long-term safety, durability, and open crane access.
The future of automatic storage systems is built on real-time edge computing, predictive maintenance, and seamless orchestration of robots. At Jracking, our product R&D team continuously refines integration technologies:
During the past year alone, our 85 experienced R&D engineers successfully introduced 156 new products to global logistics markets. From customized dimensions and load capacities to specialized powder coatings and seismic layouts, we support OEM/ODM designs tailored to complex facility plans.
How our localized ecosystem translates into distinct, reliable value for global industrial distributors and logistics buyers.
Our strategically positioned manufacturing facility enables efficient sourcing, reduced transportation costs of heavy structural coils, and stable lead times. We leverage relationships with raw material suppliers to buffer against market pricing volatility, protecting our clients from sudden project budget increases.
Shipping structural steel overseas is a logistics challenge. Our packaging design team uses custom steel pallets, protective corner guards, and precise weight distribution profiles to pack up to 20% more material into standard ocean freight containers, reducing shipping and handling costs for our clients.
Warehouse safety is paramount. Mechanical failure or structural collapse can shut down a facility and pose severe liability risks. At Jracking, every upright frame, pallet beam, and shuttle rail is engineered to meet or exceed global engineering guidelines.
Our quality management systems are compliant with standard ISO 9001:2015 procedures, and all structural components carry relevant testing certifications to satisfy regional building safety laws:
Certified compliance with the Rack Manufacturers Institute standards for safe, rigid installations across North America.
Designed to meet strict European guidelines for structural safety, load deflection tolerances, and seismic factors.
Fully engineered to meet safety, testing, and operational performance standards in Australia and Oceania.
CE-marked components ensuring free circulation and safety compliance inside European Union logistics zones.
Get detailed technical insights and structural advice regarding automatic warehouse systems, planning, and operations.
Q355B (equivalent to S355 steel) has a higher yield strength (355 MPa) compared to Q235 (235 MPa). It is used for load-bearing profiles in high-bay structures, heavy-duty shuttle rails, and seismic layouts. This allows for lighter component weight while retaining the required load capacity, saving transport and installation costs.
Automated shuttle lanes require strict installation tolerances, with standard deviations kept within ±2mm. Any track twisting or misalignment can cause the runner cart to stall or track off-center. We control this in our factory through precision roll-forming and robotic welding, and coordinate closely with local installers to ensure precise site adjustments.
Yes. As an OEM and ODM supplier, we design our physical racking systems to match the exact dimensional and load specifications of third-party shuttles, AGVs, AMRs, and stacker cranes. We work closely with automation systems integrators to coordinate tolerances and clear rail widths.
We use advanced FEA (Finite Element Analysis) to simulate stress concentrations, seismic responses, and dynamic load configurations. Physical components undergo structural load capacity testing, dimensional inspections, ultrasonic weld checks, and powder coating thickness tests before shipment.
Explore our line of selective teardrop systems, cantilever racks, long span shelving, and structural platforms.
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