Fully certified under European harmonized standards (EN 15512, EN 15620, EN 15635) and backed by 36 years of manufacturing precision. Each rack configuration is tailored for maximum throughput, load safety, and rapid picking cycles.
High-density manual and mechanical-assist mobile bases engineered for secure archive retrieval, tooling inventories, and ultra-compact item picking with up to 80% footprint recovery.
Commercial stainless steel modular staging shelving designed for cleanroom staging, beverage fulfillment, and chemical resistance in high-throughput food service centers.
Precision robotic-welded SS304/structural carbon steel cantilever arms configured for unobstructed side picking of profiles, structural pipes, and automotive chassis members.
Gravity-fed roller flow picking lanes engineered with integrated speed controllers and heavy-gauge galvanization for reliable -30°C temperature-controlled order collation.
Interlocking demountable post pallets and modular tire picking racks. Built for high-density automotive assembly feeder lines with dynamic forklift guidance.
Ergonomic step-profile steel shelf racks for fast hand-picking, e-commerce item picking, and high-frequency retail replenishment with scratch-resistant powder coating.
Precision rail-guided multi-bay compactor shelving designed for high-density historical archival, pharmaceutical sample picking, and security-controlled high-value parts.
Four-post robust structural picking frames capable of 450 kg/level uniformly distributed loads, balancing front-end retail presentation with back-room stock picking resilience.
Deploying order picking racks in Hungary requires strict alignment with European Committee for Standardization (CEN) codes, Eurocodes for structural steel, and local Hungarian fire and labor safety regulations.
Every picking tower and beam level undergoes limit state finite element analysis (FEA). We compute 2nd order global frame instability, beam-to-column connector torsional stiffness, and dynamic deflection limits (L/200 standard) to ensure zero operational failure during peak picking shifts.
Hungarian labor inspectorates require demonstrable maintenance logs under EN 15635. Our racks include color-coded safety visual load notices, certified load plaques stamped in Hungarian/English, and damage inspection threshold brackets for upright upright protection.
Compliance with the National Fire Safety Regulation (Országos Tűzvédelmi Szabályzat - OTSZ). Our open-mesh steel wire decks and drop-in perforated shelves provide over 50% open surface area, allowing building sprinkler water penetration throughout multi-tier picking towers without ponding.
Evaluate mechanical configurations, floor load distributions, and handling methods to pinpoint the ideal storage architecture for your facility dimensions and SKU turnover rate.
| System Architecture | Primary Pick Profile | Load Capacity (UDL) | Typical Access System | Hungarian Hub Application | CE & EN Compliance |
|---|---|---|---|---|---|
| Multi-Tier Picking Mezzanine | Split-case, carton, apparel, e-commerce | 350 – 800 kg / m² | Integrated stairs, chutes, vertical tote lifts | Budapest Ring (Biatorbágy, Üllő) | EN 15512 / EN 1090-2 |
| Heavy Duty Long Span Shelving | Bulky cartons, equipment, automotive kits | 400 – 1,200 kg / level | Walk-behind picking carts, ergonomic steps | Győr & Kecskemét Tier-1 Suppliers | EN 15620 Class 400 |
| Dynamic Carton & Pallet Flow | Fast-moving food, pharma, cold chain | 150 – 1,500 kg / lane | FIFO gravity-fed skate wheels & brake rollers | Szeged & Dunaharaszti Cold Stores | EN 15512 Dynamic Load |
| Narrow Aisle (VNA) Picking Racks | High-bay pallet & bin item collation | Up to 4,500 kg / bay | Inductive or rail-guided man-up order pickers | Debrecen Electronics & Battery Hubs | EN 15620 Class 100/200 |
| Heavy Duty Cantilever Picking | Steel pipes, extrusions, timber, profiles | 500 – 2,500 kg / arm | Side loaders, overhead cranes, manual picking | Miskolc & Székesfehérvár Metal Plants | EN 1993-1-1 / CE Marked |
Hungary sits at the logistical crossroads of Central and Eastern Europe (TEN-T Corridors Orient/East-Med and Mediterranean). Our order picking racks are optimized for regional warehouse clusters.
E-commerce omnichannel consolidation facilities operating under acute deadlines. Our high-density multi-tier picking structures leverage building clear heights of 10.5m to 12.2m, doubling or tripling floor picking surface area without expanding the physical slab footprint. Configured with anti-slip galvanized steel grating and integrated conveyor induction stations.
High-precision sequencing and line-side kitting for automotive OEMs (such as Audi Hungaria and affiliated Tier-1/Tier-2 part providers). Heavy-duty long-span order picking shelves configured with custom subdividers, cantilever staging brackets, and heavy-duty tire storage racks to handle high load dynamics and rapid Kanban part retrieval.
Debrecen's rapid emergence as a continental mega-hub for EV battery manufacturing (CATL, Eve Power) and BMW Group operations requires clean, heavy-duty parts staging. Our racking systems offer anti-static epoxy powder coatings, SS304 stainless steel staging arms, and fire-isolated picking bays built strictly to EN 1090 structural integrity standards.
Cold chain distribution and FMCG order fulfillment. Racking materials undergo continuous freeze-thaw cycles. We utilize specialized hot-dip galvanized steel components (tested to ISO 1461) and specialized low-temperature roller bearings operating seamlessly at temperatures down to -30°C in food safety certified facilities.
Rising industrial rents in the Greater Budapest area and labor shortages in the manufacturing heartlands are pushing warehouse operators toward high-efficiency picking systems.
With Class-A warehouse prime rents in Budapest reaching €5.80–€6.50/m²/month, operations can no longer afford wide, low-density picking aisles. Multi-tier picking structures and very narrow aisle (VNA) pick layouts maximize volumetric utilization, allowing operations to achieve a 250% inventory density increase within the same building envelope.
Autonomous Mobile Robots (AMRs) and conveyor-linked order picking are surging across CTPark, HelloParks, and Prologis developments in Hungary. Our order picking uprights feature high-precision punch slots (50mm pitch) to support pick-to-light wiring channels, carton-flow drop-ins, and AGV guide tracks directly on the rack frames.
European supply chains are re-centering production in Hungary due to its competitive corporate framework and strategic rail connections (including the modernizing Budapest-Belgrade line). This drives demand for dynamic cross-docking racks where incoming goods are immediately sorted and picked directly onto outward shipment decks.
Rooted in 36 years of industrial manufacturing and intralogistics engineering, our systems deliver predictable structural safety, certified European compliance, and dedicated technical support.
Our engineering division has executed thousands of complex racking installations across high-volume distribution networks. We maintain full control over cold-roll profiling, robotic welding, epoxy powder electrostatic coating, and computerized load-testing.
We do not merely supply steel; we run comprehensive engineering system studies of your facility. Our structural designers calculate aisle widths, forklift turning radii, fire sprinkler clear drops, and floor slab point-load bearing capabilities in detailed 3D BIM models.
From factory production control (FPC) to on-site assembly supervision, we ensure that every bolt, baseplate anchor, and diagonal brace complies with local occupational safety and environmental guidelines. We provide direct container freight and road transit right to your site.
Detailed answers to the technical, legal, and operational questions commonly raised by Hungarian warehouse operators, logistics managers, and procurement leads.
Yes. All racking systems supplied to the Hungarian market carry full CE documentation under the Construction Products Regulation (EU) No 305/2011 (CPR) and EN 1090-1 / EN 1090-2 standards. We furnish the complete Declaration of Performance (DoP), mill test certificates for steel grade verification (EN 10204 3.1), and CE compliance plates for every installed block.
Under Hungarian OTSZ regulations, picking decks and rack levels must allow unobstructed water penetration from overhead ESFR ceiling sprinklers when intermediate rack sprinkler levels are not installed. We provide galvanized open-mesh wire decks and perforated steel panels that offer over 50% open surface area, fully certified to comply with Hungarian disaster management and fire safety authorities (Katasztrófavédelem).
Absolutely. During our preliminary System Study, we analyze your floor slab specification (e.g., C20/25, C25/30, or fiber-reinforced concrete) along with joint locations. We engineer our footplates and heavy-duty baseplates to distribute upright point loads within the allowable ground-bearing pressure, preventing punch shear failure or long-term foundation displacement.
Although Hungary is characterized by low-to-moderate seismicity, Eurocode 8 (MSZ EN 1998-1) and EN 16681 mandate seismic verification for rack structures exceeding specific height-to-depth ratios, particularly in the Pannonian Basin. When required, our FEA calculation reports include dynamic modal analysis accounting for local design ground acceleration (agR) parameters ranging between 0.08g and 0.15g.
We provide full documentation required by Hungarian workplace safety inspectorates (Fővárosi és Vármegyei Kormányhivatalok Munkavédelmi Főosztálya). This includes bilingual Hungarian/English static load placards, detailed assembly drawings, permissible UDL ratings per shelf level, and official maintenance logs in accordance with EN 15635 annual inspection procedures.
We support flexible Incoterms including FOB, CIF, or DDP directly to your Hungarian warehouse address (e.g., Budapest, Győr, Debrecen). For companies registered with an active EU/Hungarian VAT number (közösségi adószám), deliveries operate under standard intra-community reverse-charge procedures or formal customs clearance managed alongside vetted European freight forwarders.
Standard manufactured configurations (e.g., slotted angle and long-span systems) generally enter production within 7–10 working days, with complete factory staging and containerization within 3–4 weeks. Bespoke multi-tier mezzanine towers or specialized automated flow racks typically require 4–6 weeks for precision fabrication and hot-dip galvanization prior to transit.
Yes. Our custom OEM engineering capabilities allow us to manufacture custom-profiled connectors, adapter brackets, and cantilever support arms designed to integrate into existing European profile uprights (such as 50mm, 75mm, or 76.2mm pitch slots). We verify connector shear and moment resistance prior to supply.
Send our senior storage engineers your warehouse architectural drawings, SKU load weights, and picking flow requirements. We deliver complimentary 3D CAD layout studies, EN 15512 compliance calculations, and transparent FOB/DDP pricing within 48 hours.
Send an Inquiry