Strategic Material Flow: Why High-Value Stock Needs Dedicated, Accessible Storage

For manufacturers specializing in customized products and high-purity alloys, material handling must be an extension of quality control, not a bottleneck. The **Draagarmstelling** system transforms storage from a static liability into a dynamic, strategic asset that enables **Overhead Crane Accessible Racking**—guaranteeing materials flow directly to your CNC machine with zero staging delays and minimal risk of cross-contamination. Praten met experts

From Warehouse Storage to Direct Production Feed

The traditional model of placing long material storage in a distant, separate warehouse area disconnects inventory from where value is actually created. This separation forces reliance on internal transportation (forklifts and staging areas), introducing multiple points of delay and failure that erode the productivity of expensive assets like laser cutting machines and large saw cutting machines.

Eliminating the Inventory ‘Black Box’

By utilizing the **Roll-Out Cantilever Rack** system, manufacturers can install high-density storage directly adjacent to the point of consumption—known as “point-of-use” inventory. Because the system is optimized for **Overhead Crane Accessible Racking**, it eliminates the massive aisles required for forklift travel. The crane simply lifts the required **Bar Stock** or **Structural Steel Profiles** from the fully extended shelf and places it immediately onto the machine’s infeed conveyor.

This seamless integration cuts out two non-value-added steps: the long, risky transit time and the manual preparation/staging time. This optimization allows core production equipment to run continuously, maximizing throughput and dramatically improving on-time delivery metrics for highly customized products.

Mitigating the High Cost of Cross-Contamination

In metal fabrication, one of the most critical and expensive mistakes is the accidental mixing of material grades, such as using carbon steel when a **High-Purity Stainless Steel Tubes** alloy was specified. This risk is amplified when different materials are stacked close together in traditional, unorganized storage piles.

Dedicated Drawer = Dedicated Alloy

The fully independent drawers of the **Extendable Cantilever Rack** offer an elegant solution to this quality control challenge. By dedicating each retractable shelf to a single, clearly labeled material type (e.g., Slot A: 304 Stainless Steel, Slot B: 6061 Aluminum Profile), the system provides physical and visual segregation. When the shelf is pulled out using the manual **Crank Mechanism** or electric control, the entire bundle is clearly visible and isolated, allowing for instant verification of the material tag before retrieval.

This systematic isolation ensures that cross-contamination is engineered out of the material flow process, protecting the integrity of high-value inventory and reinforcing compliance with strict industry standards (like those in the pharmaceutical or aerospace sectors).

Adaptability and Organization for High-Mix Manufacturing

High-mix facilities often deal with thousands of SKUs, including full bundles, short drops, and specialized fittings. Traditional racks are terrible at managing the smaller, higher-value components that result from cutting processes, leading to scrap or loss.

Customizing the Shelf for Total Inventory Control

The modularity of the **Draagarmstelling** allows for internal organization that adapts to a complex product portfolio:

• **Adjustable Dividers:** Removable dividers can be placed along the cantilever arms to separate different material types or small bundles on a single shelf, preventing slippage and mix-ups.
• **Remnant Cages/Baskets:** For high-value **Aluminum Products** or expensive specialty alloys, specialized baskets can be mounted on the drawers to safely contain and organize short remnants and drops, ensuring every inch of material is accounted for.

This combination of high-density storage and internal organization ensures that inventory is not only stored safely but is structured to support the rapid, error-free workflow demanded by modern fabrication shops.