Engineered high-density racking, automated ASRS, compactors, and modular structural platforms for demanding warehouse applications.
Dynamic pitch control engineered between 3% to 5% slope ensures autonomous pallet movement, perfect for batch-controlled food, beverage, and pharmaceutical distribution in Austria.
Consolidate access aisles into a single loading and retrieval aisle. Maximizes valuable footprint in Austrian logistics hubs like Vienna, Linz, Graz, and Wels.
Engineered using high-tensile structural steel, equipped with electromagnetic speed controllers, automatic pallet separators, and safety magnetic brake rollers.
Gravity Flow Racking—interchangeably termed Pallet Flow Racking and Live Storage—represents the pinnacle of passive dynamic storage engineering. Operating purely on gravitational potential energy, these systems eliminate the operational overhead, power consumption, and spatial waste associated with conventional static selective racking. For warehouse operators across Austria, where industrial real estate values in regions like Lower Austria, Upper Austria, and Styria command high capital premiums, gravity flow systems provide an unexcelled volumetric efficiency index.
The core mechanical architecture relies on inclined wheel tracks or full-width roller beds integrated within structural steel upright frames. Pallets are loaded from the higher charge aisle (elevation gradient typically calculated between 3.5% and 4.5% depending on pallet weight and runner configuration) and glide smoothly under regulated acceleration toward the discharge face.
Essential Mechanical Subsystems of Gravity Flow Racking:
Austria’s economic positioning as the central European logistics hub (DACH transition corridor) demands precise, high-density warehousing solutions tailored to key domestic manufacturing clusters. Gravity flow racking systems engineered by Divakaran Storage & Handling Systems address specific operational nuances within the Austrian industrial landscape:
In Austrian sub-zero cold stores servicing major grocery networks (e.g., REWE Austria, SPAR, Hofer), spatial cubic utilization directly governs refrigeration power efficiency. Gravity flow racking minimizes open air volumes by compressing up to 10 pallet positions deep into a single lane, functioning flawlessly down to -30°C with freeze-resistant synthetic lubricants and zinc-plated anti-corrosive rollers.
The industrial manufacturing corridor around Linz and Steyr produces high-value automotive components requiring rigid batch traceability. Gravity flow systems enforce absolute FIFO (First-In, First-Out) compliance, ensuring that forged parts, stampings, and sub-assemblies are cycled strictly according to production date stamps without manual oversight.
Austrian pharma hubs operating under strict GDP (Good Distribution Practice) guidelines require zero-risk inventory rotation for temperature-sensitive drugs and biotech products. Gravity flow racking eliminates dead stock risks by mechanically guaranteeing that older batches exit the warehouse first.
The Austrian logistics sector is undergoing a rapid transition toward zero-carbon operations, energy-neutral intralogistics, and strict compliance with European structural standards. When procuring industrial storage systems serving the Austrian market, procurement directors must evaluate technical compliance against several key regulatory trends:
A. Strict Adherence to EN 15512 & ÖNORM Standards:
Structural stability calculations in Austria must strictly conform to EN 15512:2020 (Steel static storage systems - Adjustable pallet racking systems - Principles for structural design) and local ÖNORM specifications. Heavy-duty uprights engineered with cold-formed high-tensile structural steel ensure resistance against seismic activity and local loading dynamics. Divakaran’s structural design incorporates robust safety factors exceeding standard European requirements.
B. Energy-Free Automation & ESG Real Estate Goals:
Unlike automated storage and retrieval systems (ASRS) that draw constant electricity, gravity flow racking provides high-density automated movement without consuming electric power. This aligns directly with Austria’s Klimaaktiv initiative and national ESG mandates, allowing warehouse operators to reduce carbon footprints while achieving throughput speeds equivalent to powered conveyor systems.
C. Land Scarcity & High Rental Costs in Urban Nodes:
Logistics real estate rates around Vienna International Airport (Fischamend) and the Central Railway Hub in Graz continue to escalate. Transitioning from standard selective pallet racking to a deep-lane Gravity Flow Racking layout yields up to a 60% reduction in required floor footprint for the same SKU capacity, dramatically shortening the ROI timeline for facility expansion.
Selecting the optimal intralogistics racking structure requires balancing picking accessibility, initial capital expenditure, operational throughput, and space utilization. The matrix below outlines how Gravity Flow Racking compares against alternative high-density warehouse systems:
| Storage System Type | Space Utilization | Inventory Rotation | Forklift Aisle Requirement | Operational Power Cost | Suitability for Austria Market |
|---|---|---|---|---|---|
| Gravity Flow Racking | Very High (85%+) | Strict FIFO (100%) | Low (2 Aisles: Charge & Discharge) | Zero (Gravity Driven) | Optimal (Cold Chain, Pharma, FMCG) |
| Selective Pallet Racking | Low (40% - 50%) | FIFO / LIFO Flexible | High (Aisle between every rack row) | Zero | Moderate (High land cost penalty) |
| Drive-In Racking | High (75% - 85%) | Strict LIFO | Very Low (Single Aisle entry) | Zero | Limited (Risk of pallet damage) |
| Automated ASRS | Maximum (90%+) | Programmed FIFO/LIFO | Minimal (Robotic Aisles) | High (Continuous Electricity) | High CapEx (Longer payback period) |
Established in 1977, Divakaran Storage and Handling Systems Pvt. Ltd. brings over 45 years of specialized structural engineering experience to international supply chain markets. Operating from a state-of-the-art manufacturing facility located in the G.I.D.C. Industrial Estate, Umbergaon, Gujarat, India (GST: 24AAACD4068N1ZI), the company executes complete in-house fabrication, roll-forming, automated punching, and powder-coating processes.
Under the direct leadership of Managing Director Divas Divakaran, the organization exports certified racking, heavy-duty shelving, cantilever systems, and mobile compactors across the Middle East, North America, and European trade markets. Every gravity flow system destined for export is test-assembled and dynamic load-verified prior to knock-down container dispatch, guaranteeing seamless on-site installation by local Austrian engineering crews.
Connect directly with senior intralogistics engineers to discuss facility layout, EPAL load calculations, and competitive factory-direct pricing.
