Manufactured under strict ISO 9001:2015 and CE EN 1090 certified metallurgical protocols to maximize storage footprint and accelerate pallet throughput across Mediterranean distribution hubs.
Boltless modular picking shelving optimized for fast manual picking lines, e-commerce buffer staging, and spare parts management.
Engineered storage for automotive tooling, metal fabrications, and industrial dies. Provides safe cantilever and drawer roll-out retrieval.
True FIFO gravity-fed lanes featuring precision centrifugal speed controllers, automatic separation brakes, and heavy-duty steel roller beds.
Freestanding structural platforms doubling usable footprint in logistics facilities without civil work. Engineered for 300–1,000 kg/m² capacities.
Standard European selective pallet racking system offering 100% individual pallet selectivity, fully adjustable beam connectors, and safety locks.
Engineered for linear and bulky inventory such as aluminum profiles, timber packages, and industrial steel tubes with capacities up to 3,000 kg/arm.
Versatile post-and-nest stacking racks engineered for temporary bulk staging, seasonal agricultural spikes, and dynamic container loading.
Nested nested-cart dynamic storage allowing 2 to 6 pallets deep per lane on a slight incline. Maximizes density while minimizing handling forklift travel.
In the dense industrial centers of Catalonia—concentrated across Barcelona's Zona Franca (ZAL Port), El Vallès Oriental and Occidental (Granollers, Rubí, Terrassa), and the Baix Llobregat (Martorell, Sant Boi) corridor—logistics real estate commands historic premiums. As prime square meterage leasing costs climb alongside tight vacancy rates, modern distribution operations can no longer afford wide, passive forklift access aisles. This whitepaper analyzes the mechanical, structural, and economical impact of implementing Gravity Fed Flow Racking (Pallet Flow / Carton Flow) for fast-moving inventory requiring strict First-In, First-Out (FIFO) stock turnover.
A high-capacity gravity fed lane separates the loading side from the unloading retrieval face. Pallets introduced on the charging side travel down cold-drawn galvanized roller tracks guided by heavy-duty side guides. Crucial to this process is the inclusion of centrifugal brake rollers spaced along the lane length. These maintenance-free mechanical regulators prevent uncontrolled kinetic acceleration by exerting speed-proportional braking resistance, keeping pallets sliding at a continuous, controlled speed (approximately 0.15 m/s to 0.25 m/s) regardless of whether individual unit loads weigh 350 kg or exceed 1,200 kg.
At the retrieval picking face, engineered pallet separators mechanically disengage the frontmost discharge pallet from the queue behind it. By relieving the hydraulic pressure exerted by rear accumulated pallets, reach-truck and counterbalanced forklift operators can safely withdraw Euro pallets (800x1200 mm) or ISO industrial pallets (1000x1200 mm) without friction pinching or mast collision risk. This separation mechanism directly conforms to European workplace safety guidelines (UNE-EN 15635), guaranteeing safe high-throughput dispatch buffers for automated logistics.
Addressing the specific regulatory and material handling challenges across Barcelona's diversified manufacturing and supply chain sectors.
Commonly applied across Mercabarna and regional dairy, cured meat (embutidos), and beverage packaging centers throughout Girona and Lleida.
Built for suppliers feeding the SEAT Martorell ecosystem, high-precision industrial metal fabrication plants, and component logistics corridors.
Engineered for high-compliance pharmaceutical laboratories and chemical logistics hubs across Sant Cugat, Rubí, and Mollet del Vallès.
How Mediterranean trade corridors, sustainability mandates, and warehouse footprint shortages are changing industrial equipment procurement.
Industrial land development along the Mediterranean Corridor (Corredor Mediterráneo) is geographically bounded by the Collserola mountain range, the Llobregat, and the sea. With industrial vacancy rates frequently dipping under 3% in first-tier Barcelona belts, operators cannot expand footprint horizontally. Warehouses are constrained to building heights upwards of 12 to 14 meters.
In these high-cube environments, gravity fed racking unlocks volumetric optimization, delivering lane depths from 4 to over 15 pallets. Crucially, systems exported by our factories are calibrated to European specifications, maintaining proper roller pitch and clearance tolerances for standard Euro pallets (800 x 1200 mm) and Industrial EPAL 3 pallets (1000 x 1200 mm), resolving bottom-board deflection issues commonly observed in sub-par imports.
With Spain implementing stringent energy-efficiency incentives and Corporate Sustainability Reporting Directive (CSRD) protocols, warehouses face immense pressure to limit carbon-intensive machinery. Traditional high-density AS/RS (Automated Storage & Retrieval Systems) require massive multi-megawatt power draw, dedicated substations, and costly continuous software contracts.
Gravity fed systems operate entirely on the principle of mechanical gravity—requiring zero kilowatt hours of electrical power to transfer pallets from induction to pick face. This passive kinetic operational profile enables Barcelona logistics providers to drastically reduce ongoing electrical load, cut forklift operating hours, and fulfill strict scope-1 and scope-2 corporate carbon targets.
Decades of precision cold roll-forming, global container shipping optimization, and certified structural integrity.
Every structural upright profile, load-bearing connector claw, and bracing bar is statically calculated and physically tested to European racking load standards.
Automated column punching, roll forming, pre-treatment pickling, and electrostatic epoxy-polyester coating ensure anti-corrosion defense against coastal maritime humidity.
Our senior design engineers generate customized DWG floorplans, pallet position calculations, and simulation models within 24 hours of receiving site sketches.
Containerized bundling packaged specifically to optimize 40HQ container cube volume, delivered directly through the Port of Barcelona (Puerto de Barcelona) for minimal landed freight costs.
Essential regulatory, structural, and shipping insights for technical buyers in the Spanish logistics sector.
All structural steel uprights, beams, and gravity beds are manufactured to comply with the European Norms UNE-EN 15512 (Steel static storage systems - Adjustable pallet racking systems - Principles for structural design) and UNE-EN 15620 (Tolerances, deformations and clearances). In addition, production facilities carry full CE certification (EN 1090-1 execution of steel structures) and ISO 9001:2015 quality management assurance, providing Spanish warehouse safety inspectors (Inspección Técnica de Racks) verifiable calculation dossiers.
Yes. A common technical issue in poorly specified roller systems is pallet hang-up caused by bottom bottom skids on standard EPAL 1 (800x1200 mm) pallets. Our gravity beds are engineered with triple-roller or continuous split-roller layouts, precision roller spacing (typically 50 mm to 75 mm pitch), and entry guide funnels. This guarantees that pallets with perpendicular runner boards glide smoothly without catching or binding along the decline slope.
Factory production typically completes in 20–25 days from final CAD and engineering drawing sign-off. Maritime transit from our manufacturing facility in Guangzhou/Shenzhen to the Port of Barcelona averages 28–35 days via direct container liner. All goods are packed on containerized transport skids with heavy-duty steel strapping and moisture desiccant packs, accompanied by detailed bill of lading (BOL), packing lists, EUR-compliant origin declarations, and CE mill certificates for seamless customs clearance.
Every racking system is shipped with a comprehensive engineering package, including numbered component schedules, step-by-step 3D exploded assembly diagrams, and torque specification manuals. Local Spanish racking installation contractors or facility maintenance teams can easily erect the system using standard tools. For large logistics installations exceeding 3,000 pallet positions, we can dispatch bilingual on-site installation supervisors to oversee alignment, plumb leveling, and roller calibration.
Although the Barcelona metropolitan basin is categorized as low-to-moderate seismic hazard according to the Spanish Seismic Code NCSE-02, certain inland facilities bordering the Pyrenean fault zones require seismic design factors. Our structural calculation software integrates site-specific ground acceleration coefficients (ab), sizing baseplate steel gauge, expansion anchor depths, and cross-bay portal bracing to guarantee stability during seismic events.
Send our structural logistics engineering team your warehouse layout, pallet specifications, and throughput targets to receive a complimentary 3D CAD proposal and factory-direct CIF Barcelona quotation within 24 hours.
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