How can modern intralogistics double warehouse storage density while accelerating stock rotation? Discover precision FIFO/LIFO live racking, gravity flow, and automated integration engineered to EN 15512 standards.
Zero Congestion Order Fulfillment
Separate loading replenishment from active picking aisles to cut travel times by 40% with gravity-driven carton flow and pallet live racking.
MOVO: 100% Selectivity at Double Density
Eliminate idle aisles in temperature-controlled cold stores and high-value distribution centers. Lateral motorized movement controlled via PLC or WMS.
Precision Racking for AMR & Shuttle Systems
Structural calculations, sub-millimeter manufacturing tolerances, and full compliance for automated systems integrators worldwide.
In an era marked by soaring commercial real estate lease rates, extreme energy costs in cold chain operations, and compressed e-commerce dispatch windows, traditional static pallet racking systems are rapidly becoming operational bottlenecks.
Global logistics directors and industrial supply chain engineers face a critical dilemma: expanding a physical building footprint demands immense capital expenditure and years of permitting, while expanding SKU velocity requires immediate handling throughput. Dynamic Storage Solutions provide the definitive answer to this challenge by converting passive floor aisles into active, high-density storage cubes driven by gravity, mechanical kinetic linkages, and smart automation.
By leveraging self-indexing gravity roller tracks, push-back telescoping carriers, and heavy-duty motorized mobile chassis, DEXION RACKING empowers facilities to eliminate up to 60% of idle forklift transit aisles. Whether managing fast-moving consumer goods (FMCG) requiring uncompromised First-In, First-Out (FIFO) batch compliance or high-density deep-lane storage operating on Last-In, First-Out (LIFO) consolidation, dynamic racking guarantees maximum volumetric efficiency, near-zero inventory expiration, and radically lowered labor expenditure.
Engineered Dynamic Storage Solutions: High-precision manufacturing and layout simulation by DEXION RACKING.
Every supply chain footprint has unique constraints regarding SKU count, batch turnover frequency, ceiling clear height, and forklift kinematics. DEXION RACKING engineers four flagship dynamic system architectures designed for targeted ROI.
FIFO Excellence Utilising precision-inclined roller tracks (typically 3% to 4% gradient), pallets glide smoothly from the replenishment face to the discharge face under controlled gravity. Heavy-duty centrifugal brake rollers prevent runaway loads, while mechanical separators isolate the front pallet for safe, pressure-free extraction.
Ideal for rapid turnover distribution, temperature-controlled blast freezers, and food manufacturing buffers.
Maximum Density Mounted on electronically synchronized, motorized heavy-duty base chassis traversing embedded floor rails, MOVO eliminates all static aisles except one active opening aisle. Controlled via optical remote, PLC touchscreens, or automated WMS protocols, it delivers 100% individual pallet selectivity while slashing occupied floor volume by up to 50%.
The industry benchmark for pharmaceutical repositories, chemical staging, and cold-store operations.
LIFO Consolidation Operating on nested rolling cart carriages or heavy-duty flanged wheel tracks, push-back racking offers deep-lane storage accessible from a single working aisle. When a forklift inserts a new unit load, it smoothly pushes previously loaded pallets back up a gentle 2% gradient. During retrieval, gravity returns the next pallet safely to the picking face.
Eliminates the dangerous forklift entry maneuvers inherent in drive-in racking.
Rapid Picking Designed for fast split-case, carton, and tote picking operations, Carton Live beds utilize modular plastic or steel roller tracks mounted within adjustable upright frames. Rear-face loading ensures replenishment workers never interfere with front-face order pickers, reducing operator walking travel distance by up to 70%.
Easily paired with pick-to-light, voice picking, and automated take-away conveyor lines.
Cube Multiplier Transform high vertical clearances into multi-level dynamic pick hubs. By embedding carton flow beds and gravity spiral chutes directly into structural heavy-duty steel mezzanines, warehouse operations gain vertical order staging zones without increasing horizontal building square meters.
Perfect for 3PL and omnichannel fulfillment hubs battling urban land scarcity.
Semi-Automation Semi-automated deep-lane dynamic storage where battery-powered motorized shuttles carry pallet loads along interior channel rails under operator tablet command. Shuttles lift, transport, and deposit pallets into channels up to 40 meters deep, switching between FIFO and LIFO modes on demand.
Drastically reduces forklift drive cycle times and protects rack uprights from impact.
The fundamental difference between a mediocre gravity rack and a high-performance DEXION RACKING dynamic storage solution lies in precision mechanical engineering and metallurgic consistency.
Gravity-driven pallet storage operates under continuous kinetic forces. When a 1,200 kg pallet begins its transit along a 15-meter lane, uncontrolled momentum represents a catastrophic collision hazard to warehouse personnel and goods. DEXION RACKING engineers overcome this via triple-tier safety mechanisms:
1. Speed Controller Brake Rollers: Centrifugal internal braking modules engage automatically when speed exceeds 0.25 m/s. As the rotational velocity increases, centrifugal weights force internal brake shoes against the drum wall, maintaining a steady, whisper-quiet glide irrespective of pallet weight variances.
2. Load Separation Dampening: To protect forklift operators during unloading, our patented mechanical end-stop separators physically disconnect line pressure from trailing pallets. The front pallet rests entirely free; once extracted by the forklift truck, a floor latch mechanism releases the subsequent pallet to advance safely.
3. Steel Structural Deflection Limits: Sized according to strict EN 15512 calculation principles, our cold-formed high-tensile uprights and track support cross-beams maintain deflection limits below L/500 under full static and kinetic impact loading conditions, ensuring roller tracks never bind or jam over decades of continuous shifts.
| Track Incline Pitch | 3.2% – 4.0% (Calibrated based on customer pallet runner condition) |
|---|---|
| Controlled Descent Speed | 0.18 m/s to 0.30 m/s via Centrifugal Brake Rollers |
| Load Capacity Range | Carton Live: 5 – 50 kg/box; Pallet Flow: 200 – 1,500 kg/pallet |
| Cold-Store Operation | Certified functional from -30°C blast freezers up to +40°C ambient |
| Structural Design Standard | EN 15512, EN 15620, EN 15635, FEM 10.2.02, CE Marked |
Engineered kinetic safety: Centrifugal speed controllers and mechanical pallet separators ensure smooth, reliable dynamic flow.
Procurement executives and supply chain directors are navigating profound structural shifts across warehousing. Modern procurement no longer evaluates racking simply as static steel tonnage, but as an active, high-yield operational asset.
The global shortage of qualified forklift operators is accelerating the adoption of autonomous handling equipment. Dynamic storage solutions represent the ideal interface for robotics: by confining replenishment to designated outer perimeter lanes, AGVs and AMRs can reliably dock at standardized carton live discharge trays and pallet gravity pickup funnels without spatial interference from human personnel.
Industrial refrigeration accounts for up to 65% of a cold storage facility's ongoing operational expense. Leaving empty open air or conventional static aisles inside a freezer is commercially unsustainable. Procurement teams are overwhelmingly mandating dynamic solutions—such as MOVO mobile racking and pallet flow beds—to pack up to 85% more refrigerated volume into the identical thermal envelope, cutting electricity consumption per pallet by 30% to 45%.
High industrial land prices and bureaucratic building permit delays have made greenfield logistics developments increasingly risky. Warehouse modernization through dynamic retrofits allows facilities to unlock up to 60% incremental pallet capacity within their existing walls. By reconfiguring static beam tiers into multi-lane push-back or carton flow levels, distribution facilities scale operational capacity while remaining fully functional during phased installation.
Global ESG mandates require supply chain leaders to account for embedded carbon in storage infrastructure. Procurement strategies now scrutinize steel origin, lifecycle durability, and modular reusability. DEXION RACKING manufactures using 100% recyclable, high-yield European standard steel, engineered for 25+ years of operational service life under stringent EN 15635 compliance.
When issuing global tenders for dynamic storage systems, international procurement teams utilize this decision matrix to safeguard lifecycle ROI:
Choosing DEXION RACKING means partnering directly with an industry-pioneering manufacturer backed by decades of European structural engineering credentials, certified quality management, and end-to-end operational support.
Our dedicated engineering department models every dynamic storage project using rigorous Finite Element Analysis (FEA) in full compliance with EN 15512, seismic acceleration standards, and specific warehouse slab soil dynamics. You receive complete certified load table documentation before a single beam is fabricated.
DEXION RACKING utilizes exclusively high-grade structural coil steel with certified mill test reports and 100% batch traceability. Automated roll-forming lines and robotic welding deliver dimensional tolerances that prevent operational jams in high-speed gravity and shuttle dynamic channels.
We work hand-in-hand with major automated systems integrators worldwide. We provide native 3D BIM models, Revit families, sensor mount prep punches, and dynamic deflection guarantees required to interface our steel structures flawlessly with high-bay stacker cranes and AMR fleets.
Our certified installation engineers supervise site erection worldwide. From ultra-precise laser rail grouting in sub-zero freezer cold stores to multi-tier carton live picking mezzanines, we ensure installation strictly conforms to EN 15620 clearance and alignment tolerances.
Dynamic storage systems contain kinetic wear elements like rollers, bearings, and separators. DEXION RACKING provides certified annual rack inspections, rapid OEM component replacements, and structural safety audits to keep your operations compliant and prevent catastrophic downtime.
Work directly with seasoned storage engineers rather than third-party distributors. Reach our technical team anytime at [email protected] for fast design reviews, pallet testing trials, and prompt tender specifications.
Dynamic storage installations require methodical technical alignment to ensure seamless integration with customer handling equipment and daily warehouse workflows.
We analyze pallet dimensions, runner directions, weight distribution, crate types, and daily order velocity curves.
Our engineers test pallet samples in our roller test tracks to calculate the precise incline angle and brake roller frequency.
Certified steel uprights, heavy-duty beam connectors, and dynamic channels are fabricated under ISO 9001 certified production.
Certified crews anchor frames, align guide rails, level flow tracks, and commission electrical and mechanical brakes.
We perform full live-load dynamic drop tests, issue EN 15635 capacity load notices, and train your warehouse operations crew.
True operational sustainability begins by conserving physical cubic space. By doubling storage density per cubic meter, DEXION RACKING dynamic storage systems drastically shrink building land consumption, eliminate excessive construction concrete, and dramatically curb refrigeration energy demands in cold storage facilities.
Answers to the technical, operational, and financial questions global supply chain architects and procurement directors frequently ask before investing in dynamic storage.