Explore our foundational storage and retail merchandising modules currently manufactured for premium supply chains.
In the modern omnichannel era, the boundary between B2B logistics infrastructure and consumer-facing retail environments has rapidly dissolved. Globally, organizations now require smart, versatile merchandising systems that serve a dual purpose: high-density storage and visually engaging front-of-house displays.
Key driving trends in the global racking industry include the rise of hybrid micro-fulfillment centers, requiring industrial-grade weight capacities nested within consumer-accessible grocery stores. Additionally, structural resilience is no longer optional; international supply chains demand structural calculations compliant with local seismic zoning laws.
Foshan FlexiRack Intelligent Logistics Equipment Co., Ltd. sits at the intersection of this convergence. Leveraging our proprietary CAD/3D prototyping workflows and 12 years of specialized export experience, we manufacture modular rack assemblies that withstand heavy dynamic forklift actions while offering high aesthetic value for modern retail spaces.
Our 32,000 m² state-of-the-art facility utilizes automated metallurgy, precision forming, and multi-stage surface treatments.
Initial sheet shearing and preparing sizing profiles for rolling lines.
Automated hydraulic punch presses stamp exact pitch profiles in upright columns.
High-precision profile rollers form structural sections from coils.
Certified weld operators assemble beam connection claws and baseplates.
Surface scale is removed via high-velocity blast media for coating adhesion.
Electrostatic spray application of thick, scratch-resistant polymer barrier.
Continuous overhead conveyor line maximizing batch paint consistency.
Heavy-duty industrial chambers ensuring complete oxide stripping.
CNC tube laser cutting yields precise dimensions for tubular frames.
Automated hydraulic sheet sheers preparing uniform steel blanks.
Robotic tooling ensuring homogeneous weld bead microstructures.
Heavy tonnage punch presses delivering consistent mechanical fits.
Multi-station roller dies that maintain steel profile thicknesses.
Optimized parameters for low-spatter gas metal arc welding (GMAW).
Extended tunnel oven ensuring uniform polymer thermal curing.
Multi-axis robotic arms performing structural welding on critical loads.
Serving North American, European, and Southeast Asian enterprise buyers through strict engineering metrics.
Third-party logistics providers operate on margins driven by storage density and velocity. Our adjustable pallet and gondola configurations allow dynamic cargo repositioning to adapt to rapid SKU rotations without downtime.
High-turnover pick zones require safety cages, hand baskets, and multi-tier medium-duty shelf assemblies designed to prevent load collapse under continuous loading. FlexiRack solutions are designed to support rapid-sort systems.
Whether exporting to Europe or North America, our products adhere to structural safety norms. Dynamic load tests and ultrasonic flaw detection are performed to verify weld integrity.
Industrial warehouse operations are hazardous if structural systems are under-engineered. Over 45 R&D engineers at Foshan FlexiRack calculate finite element models (FEM) for every customized installation. This includes factors such as dynamic wind forces for outdoor cantilever setups and horizontal seismic acceleration for automated retrieval towers.
Each structure undergoes dynamic destructive testing and regular ultrasonic inspections conducted by our 35-person quality control department to eliminate manufacturing faults before shipment.
"Last year alone, our R&D group successfully developed and validated 120 new storage solutions for complex spatial requirements worldwide."
Non-destructive evaluation of internal metal structures to verify deep weld penetration.
Stress-testing racks up to 1.5 times the designated capacity limits under load sensors.
Corrosion resistance testing to verify powder coating integrity in coastal warehouses.
Developing structural systems to support automated processes and sustainable supply chain initiatives.
Modern racking systems must be engineered with precise tolerances for crane-guided automated storage and retrieval systems (ASRS). FlexiRack is engineering next-generation vertical structures with straightness deviations under 1/1000.
We are working to integrate solar energy into our manufacturing processes and source raw materials from low-emission steel suppliers to meet global supply chain decarbonization standards.
R&D prototypes are testing digital load cell sensors on upright support structures, providing inventory managers with real-time weight notifications and overload warnings.
Expert answers regarding structural parameters, certifications, customization workflows, and order fulfillment.
We primarily construct our heavy-duty uprights, beams, and structural assemblies using premium-grade Q235 and Q345 carbon steel. These steel classes offer optimal tensile strength and structural properties, facilitating elastic return limits that protect the system during temporary overload conditions.
Our manufacturing runs conform to the technical guidelines of ISO 9001 and the strict CE directive pathways. In-house quality specialists perform structural weld testing using ultrasonic instruments, supplemented by third-party dynamic load audits, to verify that every structural design complies with EN 15512 and local safety standards.
Yes, our R&D group of 45 engineers uses Finite Element Analysis (FEA) software to model seismic performance based on local geotechnical conditions. We customize connection baseplates, beam gauge values, and frame bracing to meet seismic safety regulations.
All structural steel undergoes high-velocity shot blasting to remove scale and surface oxides. This is followed by a multi-stage phosphate wash and clean rinse, preparing the steel for electrostatic application of the heavy-duty polymer powder coating.
Standard OEM/ODM configurations average 25 to 35 days from initial blueprint signing to container loading. Custom engineering projects requiring specialized extrusion tools or bespoke load validations may require additional validation time.
Complete systems designed for back-of-house storage, retail sales floors, and distribution facilities.
FlexiRack