Heavy Duty
Industrial Product Showcase
High-Efficiency Dynamic & Static Systems Built for Heavy Duty Demands
Manufactured to certified EN 15512 specifications and structural safety parameters. Engineered specifically for high SKU throughput, zero-downtime pick faces, and regional logistics compliance in the Plata basin.
Long Goods
Industry 4.0
Automotive
Cold Chain
Reusable
Core Pallet
Galvanized
+85%
Volumetric Density
Attained when retrofitting standard selective racks with semi-automated radio shuttle runners.
EN 15512
Structural Standard
Engineered to strict European limit-state standards under ultimate load and displacement constraints.
-30°C
Cold Environment Safe
Specialized steel alloys and cold-rated electronic shuttles designed for Uruguayan beef/dairy cold hubs.
0% Duty
Free Port Compliant
Direct import support under the Port of Montevideo Regime and Zonamerica transit logistics customs.
Regional Application Scenarios
Dynamic Storage Engineering for Uruguay’s Strategic Logistics Nodes
From the Port of Montevideo to the interior agricultural export corridors, dynamic racking systems address high square-meter costs, coastal humidity, and Mercosur cross-docking speed.
Montevideo Free Port & Intra-Port Terminals
The Port of Montevideo (Puerto Libre) functions under a special legal regime where goods circulating within customs terminals enjoy exemption from import duties and domestic internal taxes. Warehouses within this terminal operate under intense real estate pressure where every vertical meter counts.
- Radio Shuttle Pallet Runners: Maximize multi-deep bulk container staging.
- Marine-Grade Coating: Hot-dip galvanized uprights resisting saline estuary corrosion.
- Cross-Docking Buffer: Gravity roller tracks ensuring strict First-In, First-Out throughput.
Free Trade Zones: Zonamerica & Parque de las Ciencias
Uruguay's leading Free Trade Zones specialize in high-value cargo: pharmaceuticals, biotechnology, medical tech, and luxury distribution for Brazil and Argentina. These environments mandate pharmaceutical-grade cleanroom racking and GMP-compliant vertical storage.
- Multi-Tier Picking Mezzanines: Tripling pick faces for split-case pharmaceutical SKUs.
- Anti-Static Powder Coating: Clean finishes that eliminate flaking and particulate contamination.
- Very Narrow Aisle (VNA) Racks: Precision-guided floor rail racking to 15m building apexes.
Cold Storage for Agro-Export: Beef, Dairy & Citrus
Uruguay is globally celebrated for high-grade chilled beef and dairy product exports. Refrigerated warehouse operational costs are dominated by electrical refrigeration energy. Standard wide-aisle storage results in refrigerated air chilling empty transit space.
- MOVO Mobile Racking: Eliminates static aisles, condensing thermal loss footprints by 50%.
- Special Cold-Tough Steels: EN grade S355JR structural profiles resistant to embrittlement at -30°C.
- Continuous Cold Incline Rollers: FIFO pallet flow providing uniform lot turnover without fork truck entry.
Industry Whitepaper Analysis
The Transformation of Uruguay into the Southern Cone Logistics Hub
A rigorous examination of supply chain topology, infrastructure investments, and the mechanical engineering criteria governing modern intralogistics in Uruguay.
1. The Geographic & Regulatory Advantage of the Uruguayan Corridor
Over the last decade, Uruguay has solidified its role not merely as a domestic consumer market, but as the premier multimodal distribution springboard for the Southern Cone (encompassing the industrial centers of São Paulo, Buenos Aires, Asunción, and Santiago). The combination of the Ley de Puertos (Port Law No. 16.246) and the Ley de Zonas Francas (Free Zone Law No. 15.921) allows multinational operators to import components, palletize, re-label, perform light assembly, and re-export without incurring local fiscal drag or complex customs valuation disputes.
However, this high-throughput transfer model requires an entirely different operational paradigm than traditional static racking. In a transit hub, turnaround velocity (goods received to goods re-manifested) is measured in hours rather than weeks. Standard selective racking systems—which dedicate up to 65% of floor area solely to forklift maneuvering aisles—are financially unviable under Montevideo industrial land valuations that have surged dramatically along Route 101, Route 8, and the Camino Maldonado logistics axis.
Key Engineering Reality: In modern distribution facilities operating in Canelones and Montevideo, square-meter lease rates demand vertical cubing above 10.5 meters. Implementing heavy-duty dynamic storage systems (such as high-bay double-deep pallet runners and automated storage retrieval ASRS) increases usable pallet capacities by 60% to 110% compared to conventional ground-stack or single-deep beam installations within the identical building shell.
2. Structural Limit-State Engineering: Adapting to Coastal Plata Basin Soils
Engineering warehouse storage racking in Uruguay introduces specific geotechnical and structural considerations. The coastal geology of Montevideo, San José, and Canelones features alluvial silts and clay formations that necessitate comprehensive slab load-bearing calculations. A fully loaded 6-tier pallet rack exerts intense concentrated point loads through baseplates to the concrete floor slab (frequently exceeding 60 to 90 kN per upright column leg).
Furthermore, coastal winds sweeping from the Rio de la Plata and the South Atlantic impose lateral shear demands on semi-open or dockside canopy structures. DEXION-engineered dynamic racks adhere to EN 15512 limit-state structural design standards, evaluating beam deflections under limit ratio L/200, upright global frame buckling, and second-order P-Delta structural effects. When deploying Automated Radio Shuttle runs, rail guide tolerances must not exceed ±1.5mm down the entire length of a 60-meter channel to prevent shuttle derailment or optical sensor blinding.
| System Classification | Density Index | Selectivity Profile | Standard Pallet Load (kg) | Optimal Uruguay Application |
|---|---|---|---|---|
| Selective Pallet Racking | Baseline (100%) | 100% Direct Access | 500 - 1,800 kg / pallet | Fast-moving FMCG, retail picking buffers, mixed-SKU distribution |
| Radio Shuttle Automation | High (180% - 210%) | Batch Selectivity (FIFO/LIFO) | 1,000 - 2,500 kg / pallet | Refrigerated beef & butter freezers, bulk customs holding in Port Free Zone |
| MOVO Mobile Base Racks | Ultra-High (195%) | 100% On-Demand Access | 1,000 - 1,500 kg / pallet | Cold stores with wide SKU mix, high-value bonded storage, raw pharmaceutical ingredients |
| Heavy Cantilever Systems | Medium-High (140%) | Immediate Arm Access | 500 - 6,000 kg / arm | Forestry pulp machinery pipes, steel coils, civil rebar along Route 5 logistics park |
| ASRS Intelligent Pipe/Pallet | Maximum (260%) | Computer-Automated (WMS) | 1,500 - 5,000 kg / unit | Large tier-1 regional distribution centers, high-tech manufacturing, zero-operator picking |
3. Cold-Chain Operational Dynamics: Mitigating Energy Spikes
In Uruguay’s prominent meat packing (frigoríficos) and dairy sectors (Conaprole and regional co-operatives), energy consumption represents up to 40% of overall warehousing operational expense. When warehouses utilize static drive-in racking, fork trucks must spend extended operational hours maneuvering inside the -25°C blast freezers. This leads to continuous warm air infiltration through opened rapid-roll doors, severe mast hydraulic fluid thickening, and structural impact damage to cold-embrittled steel uprights.
Implementing Automated Pallet Runner Radio Shuttles allows lift trucks to stay exclusively on the warm dock or main transfer aisle. The motorized runner navigates the internal deep channels at speeds up to 1.2 m/s, lifting, transporting, and depositing pallets with micro-millimeter precision. The thermal envelope of the cold bay remains closed and undisturbed, decreasing compressor cycle times and reducing electrical refrigeration costs by up to 28%.
Why Industrial Procurement Chooses Us
Precision Manufacturing Pedigree & Turnkey Execution
Combining the heritage of European structural calculation methods with direct global factory supply chains. We protect your enterprise asset investments through complete project lifecycle stewardship.
EN 15512 Design Rigor
Every racking component undergoes rigorous finite element structural calculation. We account for local dynamic soil response, building tolerances, and load safety factors up to 1.4x working limits.
Traceable High-Tensile Steel
We strictly utilize certified Q235B, Q355B, and EN S355 structural steel grades. Mill test certificates (MTC) and ultrasound weld evaluations are supplied with every container delivery to Montevideo.
Turnkey Engineering Support
From initial DWG layout analysis and 3D Tekla/BIM building collision detection to installation supervisor dispatch and local erection team management across all 19 Uruguayan departments.
EN 15635 Safety Lifecycle
We provide full documentation, comprehensive load plaques, and audit protocols ensuring that your facilities remain compliant with international occupational safety and insurance underwriting mandates.
Procurement Clarifications
Frequently Asked Questions by Uruguayan Logistics Operators
Critical insights into customs regulations, import tariffs, seismic structural design, and field installation across Uruguay.
What are the import duties and customs procedures for industrial racking entering Uruguay?
Under the standard MERCOSUR Common External Tariff (AEC - Arancel Externo Común), steel storage structures entering Uruguayan domestic territory generally face a tariff between 12% and 14%, plus the domestic VAT (IVA of 22%) and consular fees. However, if your facility is located within a Zona Franca (such as Zonamerica, WTC Free Zone, Parque de las Ciencias, or Zona Franca Colonia) or operates within the Puerto Libre de Montevideo, machinery and capital storage equipment can be imported under complete exemption from import duties and local taxes (0% tariff, 0% IVA). We supply complete shipping documentation packages—including clean Bills of Lading (B/L), commercial invoices, customized packing lists detailing gross/net weights per pallet, and Mill Test Certificates (MTC)—facilitating seamless customs clearance via your licensed Despachante de Aduana.
Do storage racks in Uruguay require seismic engineering calculations?
Geographically, Uruguay is located in an intraplate stable continental region characterized by very low seismic hazard (Zona Sísmica 0 under most regional classifications). Unlike the Andean regions of Chile or Western Argentina, seismic lateral ground acceleration is rarely the governing design criterion. Instead, structural racking engineering in Uruguay is governed by operational impact loads, wind shear on external cladded racks (rack-supported buildings), and strict floor slab settlement limits. Our engineering team designs following EN 15512 and FEM 10.2.02 standards, ensuring that upright columns, beam-to-frame connector locks, and floor anchors withstand fork truck accidental impacts (minimum 400 N·m in perpendicular directions) and maintain upright plumbness within a strict 1/500 tolerance.
Can your dynamic shuttle systems interface with our existing Warehouse Management System (WMS)?
Yes. Our Automated Radio Shuttle runners (such as the HD-SR-02 series) can be deployed in two configurations: either as standalone units controlled directly by the forklift operator using an industrial handheld radio remote control with LCD diagnostics, or via an integrated industrial gateway connecting through industrial Wi-Fi (2.4GHz / 5.8GHz) directly to your facility's Tier-1 WMS (such as SAP EWM, Manhattan, Oracle, or local Latin American ERP systems). The shuttle reports lane inventory count, exact pallet position depths, battery discharge states, and diagnostic error codes in real time, preventing automated picking conflicts.
What lead times should buyers anticipate for delivery to Montevideo Port?
Standard manufacturing duration for engineered racking orders (typically 3 to 15 standard 40-foot High Cube shipping containers) ranges between 25 and 35 working days from engineering approval of CAD/BIM layouts. Ocean transit time from our primary manufacturing marine terminals to the Port of Montevideo runs approximately 32 to 40 days. Therefore, total lead time from final signed order confirmation to container discharge at Montevideo dockside typically falls between 9 and 11 weeks. For urgent retrofit schedules, we offer phased production and tiered container dispatch to allow mechanical installation teams to erect lower-level structural bays while upper-level accessories and shuttle runners are en route.
How do you handle site assembly, levelling, and local certified installation?
We offer two versatile models depending on the buyer’s internal capabilities: (1) Full Turnkey Assembly: We deploy experienced installation supervisors to your jobsite in Montevideo, Canelones, San José, or the interior departments to manage locally contracted mechanical assembly crews, handle optical laser alignment, anchor drilling, and torque verification. (2) Supervised Self-Installation: We supply comprehensive step-by-step 3D assembly manuals, exploded component drawings, anchor bolt pull-out torque specifications, and provide remote digital engineering oversight via video conferencing to inspect plumb lines, safety pins, and baseplate shim levels prior to initial load testing and commissioning.