Stop treating your expensive plate inventory like a pile of scrap. If your laser cutter is waiting on material because your forklift driver is digging through a stack of mixed skids, you are bleeding profit. Our Стеллаж для хранения листового металла systems turn your raw material chaos into a precision feeding engine.
The “Digging” Nightmare: Why Floor Stacking Kills Fabrication Flow
In a high-mix fabrication shop, the “First-In, Last-Out” reality of floor stacking is a production killer. You need a specific 10-gauge Stainless Steel sheet for a rush order, but it’s buried under three tons of mild steel plate.
To get it, your operator has to move the top three pallets, risking material damage with every forklift movement. We call this “double-handling,” and it results in surface scratches that turn prime material into scrap—especially critical when handling polished aluminum or #4 finish stainless.
Before: The floor stacking chaos that slows down laser production.
This isn’t just about being tidy; it’s about machine uptime. Every minute your $500,000 Fiber Laser sits idle waiting for material is lost revenue that cannot be recovered. A proper Стеллажи для хранения стальных листов system eliminates the “dig,” ensuring 100% selectivity of any gauge, any material, at any time.
Engineering the Solution: The Roll-Out Mechanics
We don’t just sell shelves; we sell a retrieval system designed for the physics of heavy metal. Our Стеллаж для выкатных листов utilizes a drawer-style mechanism that allows a single operator to access up to 10,000 lbs (4,500 kg) of plate per level.
The Crank-Out Advantage: For heavy-duty applications, we utilize a geared crank handle. This reduces the mechanical effort required to move tons of steel to a level where a single person can operate it safely without risk of back injury. The drawer extends 100%, exposing the entire sheet to the overhead crane or vacuum lifter.
The geared crank mechanism allows effortless movement of heavy loads.
This structure transforms your storage density. Instead of spreading pallets across your shop floor, you stack them vertically. You can reclaim up to 70% of your floor space—space that can be better used for an additional press brake or welding station.
From Rack to Laser Bed: The Perfect Feed
The ultimate goal of a Горизонтальное хранение листового металла system is to act as a “Point of Use” magazine. By positioning these racks directly adjacent to your laser cutters or turret punches, you reduce forklift traffic in the aisles.
Using a vacuum lifter or jib crane, an operator can pull a drawer, lift the sheet, and load the machine bed in under 2 minutes. This seamless transition is critical for “Lights Out” manufacturing or high-velocity job shops where changeovers happen dozens of times a day.
Seamless integration: Loading a laser cutter directly from the rack using a vacuum lifter.
The Depalletizing Ecosystem
One of the biggest headaches for fabricators is getting the raw steel off the wooden shipping skids and into the rack. We solve this with our integrated Depalletizer accessories.
Instead of dangerous manual prying, our system allows you to place the full skid into a separator, lift the metal bundle away, and discard the wood. This ensures that only the metal enters your металлический стеллаж, keeping the drawers clean and maximizing vertical capacity.
Clean separation: Removing wooden skids before loading the rack.
Technical Specifications for Fabricators
| Характеристика | Технические характеристики |
|---|---|
| Material Grade | Certified Structural Q235 Steel (Heavy Duty) |
| Load Capacity Per Drawer | Standard: 6,600 lbs (3,000 kg) | Heavy Duty: up to 10,000 lbs (4,500 kg) |
| Sheet Sizes Supported | 4′ x 8′, 5′ x 10′, 6′ x 12′ (Custom sizes available for oversized plate) |
| Расширение выдвижного ящика | 100% Full Extension for overhead crane access |
| Operation Mode | Manual Pull, Hand-Crank (Geared), or Forklift-Ready Drawers |
Fabricator FAQs
1. Will the drawers sag under a full load of 1-inch plate?
No. Our racks are engineered with structural steel beams, not bent sheet metal. We calculate deflection rates based on AISC standards. A drawer rated for 6,000 lbs will hold 6,000 lbs of 1-inch plate without binding or structural deformation.
2. How do I load the rack? Do I need a crane?
While an overhead crane or jib crane with a vacuum lifter is the most efficient way to load/unload for laser feeding, our drawers are also accessible via forklift. For initial loading, we recommend using our Depalletizer to strip the wood skids, then using a forklift to place the bundle into the extended drawer.
3. Can I store aluminum and stainless steel in the same rack?
Yes, but we recommend using protective lining (like rubber or plastic strips) on the drawer supports for your aluminum and stainless stock to prevent cross-contamination from carbon steel residue and to prevent scratching on the bottom sheet.
4. My laser bed is 5′ x 10′. Do you have racks that fit this size?
Absolutely. The 5′ x 10′ (1525mm x 3050mm) format is one of our standard sizes. We also build custom racks for 6′ x 12′ beds or non-standard shear sizes.
5. What is the lead time for a custom configuration?
Since we manufacture the core components ourselves, we can typically design and ship a custom solution faster than European distributors. Contact our team for current production lead times based on your specific shop layout needs.

