Whether you operate a high-velocity e-commerce fulfillment center, an omnichannel distribution hub, or a micro-fulfillment parts room, NEDCON Storage Racking Solutions B.V. manufactures precision steel storage systems tailored to your specific SKU profiles and material flow.
Dynamic gravity-fed roller tracks designed for rapid First-In, First-Out (FIFO) picking of cartons, totes, and split cases. Separates loading from retrieval aisles for uninterrupted workflow.
Versatile, modular steel shelving engineered for manual picking of totes, bins, and unpacked parts. Scalable into multi-tier mezzanine picking towers to maximize building clear height.
High-density automated storage and retrieval system (AS/RS) maximizing cubic storage for totes and containers. Built to the sub-millimeter tolerances demanded by leading crane and shuttle manufacturers.
A robust automated miniload rack configuration engineered to support variable tote dimensions and heavier payloads. Beams provide continuous bottom support across fluctuating container types.
Precision-engineered racking infrastructure specifically developed for Autonomous Mobile Robots (AMR) and Goods-to-Person robotics. Delivers modular expansion and rapid deployment schedules.
Not sure whether manual picking, carton flow, or AS/RS automation fits your capital budget and throughput curve? Our North American engineering division conducts full slotting and ROI modeling.
ANSI MH16.1 & CSA A344 Certified In high-speed small goods picking environments, millimeter-level tolerances determine system uptime. A frame deflection of just 0.12 inches can cause automated cranes or robotic arms to register positioning faults, resulting in costly throughput stops.
At NEDCON Storage Racking Solutions B.V., our in-house structural engineers design small goods storage systems with precise stiffness criteria, tight roll-forming tolerances, and certified anchoring schemes tailored to North American building codes.
Select the optimal storage architecture matching your picking speeds, SKU volatility, and floor plate constraints.
| Storage System | Handling Method | Storage Density | Inventory Rotation | Throughput Capacity | Primary Use Case |
|---|---|---|---|---|---|
| Carton Flow Racks | Manual / Pick Carts | High | Strict FIFO | High Velocity | High-rotation picking, e-commerce dispatch, kitting lines |
| Industrial Shelving | Manual / Ladder Picking | Medium | Direct Access | Moderate Velocity | Slow-to-medium moving parts, MRO, loose small bins |
| Open Face Miniload | Automated Stacker Crane | Very High | System Controlled | Very High (24/7) | Standard totes, heavy carton volumes, centralized AS/RS |
| Beamtype Miniload | Crane / Shuttle Vehicle | Very High | System Controlled | High Velocity | Variable tote footprints, multi-bin depths, heavier carton loads |
| ROBORACK Robotics | AMR / Goods-to-Person | Ultra High | Software Optimized | Extremely Flexible | Rapid fulfillment, dynamic SKU growth, low labor overhead |
Our project team provides complete engineering support from facility layout and CAD modeling to structural permit calculations and installation oversight. Let us help you design a small goods storage solution that achieves maximum pick density and long-term durability.
