Are Dangerous Floor Stacks Eating Your Workshop Space and Profits?

Look at your metal fabrication workshop floor. How many square meters are occupied by wooden pallets of raw material spread out horizontally? In the manufacturing industry, floor space is your most valuable production asset. Stacking steel sheets on the ground isn’t just messy—it’s an expensive waste of vertical real estate. By upgrading to a dedicated vertical стеллажная система из листовой стали, you can recover up to 80% of your storage footprint. Turn that “dead zone” back into profitable production space for new laser cutters or welding stations. Поговорите с экспертом

The “Hidden Rent” You Pay for Air

Every time you stack a 3-meter bundle of Mild Steel or Aluminium on the floor, you are effectively paying rent for the air above it that sits empty. In high-cost manufacturing hubs (like Melbourne or Sydney industrial zones), the cost per square meter is too high to use your factory as a parking lot for raw materials.

А Блок ввода в действие листа changes the geometry of your storage. Instead of spreading 50 tons of material across 100 square meters of floor, you stack it vertically into a compact 15-square-meter footprint. This density doesn’t just look tidy; it directly impacts your bottom line. We have seen clients cancel plans for warehouse extensions simply because they realized they had plenty of space—it was just buried under pallets.

The same inventory volume, organized vertically. Clear aisles, clear inventory.

Eliminating the “Forklift Obstacle Course”

Safety officers in the defence and automotive sectors know that the “interaction between pedestrians and forklifts” is a primary risk zone. Traditional floor stacking forces forklift drivers to navigate tight, cluttered aisles, often carrying wide loads of sharp sheet metal at eye level. The risk of collision, tipping, or material sliding off a pallet is constant.

Our rack systems segregate the danger. The materials are enclosed within a heavy-duty steel structure. When a sheet is needed, the drawer slides out securely. There is no need for a forklift to “fish” for a pallet in a crowded corner. For our crank-out models, the operator doesn’t even need a forklift to access the sheet—they can use an overhead crane or vacuum lifter directly from the drawer, completely removing the forklift from the processing area.

Heavy-Duty Engineering for Heavy Industry

Your inventory isn’t light. A single pack of 20mm steel plates is a serious load. That is why generic warehouse shelving fails in the metal industry. You need equipment built from the same materials you process.

We construct our racks using Q235 structural steel, designed to handle the brutal reality of a metalworking shop. Whether you are storing 6-meter lengths of structural steel profiles or standard 3×1.5m stainless sheets, the frame is engineered to resist impact and support loads up to 5,000kg per level. This is capital equipment built to last as long as your laser cutter.

Streamlining Inventory Control

Can you tell at a glance how many sheets of 2mm 5052 Aluminium you have left? When stocks are piled on top of each other, doing a stocktake means moving everything. This leads to two expensive problems: ordering material you already have (but couldn’t find), or running out of material because you thought it was under the stack.

With a drawer system, every SKU has a dedicated slot. Your inventory is visible and accessible. You can label drawers clearly, making it impossible for an operator to load the wrong grade of steel onto the machine. Precision in storage leads to precision in manufacturing.

Heavy-duty hand-crank model allowing safe, single-operator access to massive loads.

Часто задаваемые вопросы

1. Сколько пространства я могу реально сэкономить?
Most clients see a reduction in storage footprint of between 50% to 80%. For example, storing 20 different bundles of sheet metal on the floor might take 80-100 square meters. In a rack, it takes about 12-15 square meters.

2. Is it safe for one person to operate?
Absolutely. This is a core feature. Our “Crank-Out” system uses a reduction gear ratio that allows a single operator to move a drawer weighing several tons with minimal physical effort, eliminating the risk of back strain.

3. What sizes of sheet metal does it fit?
Our standard racks accommodate common sizes like 2440x1220mm (8×4′), 3000x1500mm (10×5′), and 4000x2000mm. We also build custom units for extra-long 6-meter sheets often used in structural fabrication.

4. Can I store leftover or “skeleton” sheets?
Yes. Because the drawer is a solid or supported frame (not just two beams), you can easily place return-to-stock partial sheets back into the drawer without them falling through, keeping your scrap and offcuts organized.

5. Do you offer racks for other materials besides flat sheets?
Yes. We also manufacture “Roll-Out Cantilever” racks specifically designed for long profiles like tube, pipe, bar stock, and H-beams, using the same space-saving crank-out technology.