Maximize a Sua Pegada na Fábrica: A Lógica do Armazenamento Vertical de Chapas Metálicas

No mercado imobiliário industrial atual, expandir sua instalação costuma ser proibitivamente caro. Ainda assim, muitas oficinas de fabricação estão desperdiçando seu ativo mais valioso — o espaço no chão — armazenando chapas metálicas horizontalmente no chão. The solution isn’t a bigger warehouse; it’s smarter density. Our armazenamento vertical de chapas metálicas system allows you to consolidate messy, sprawling “pallet creep” into a compact, high-density tower. By utilizing the vertical air space you are already paying for, you can store up to 50 tons of material in a footprint of just 15 square meters. Fale com um especialista

The High Cost of “Air”

Walk into a standard job shop, and look up. Above the pallets of steel spread across the floor, there is often 6 meters of empty air. That is wasted money.

Traditional static shelving has a limit: you can’t stack it too high because you can’t reach the material at the back. The Dplarack system changes the geometry of storage. By using crank-out drawers that extend fully, we allow you to stack inventory vertically (up to 8 or 10 levels) while maintaining 100% accessibility to every single sheet. This isn’t just storage; it is “land reclamation” for your factory floor.

From “Sprawl” to “Tower”

Consider the math of density:

• Old Method: 10 wooden pallets of 4×8 steel sheets placed on the floor require approximately 30 square meters of space (including forklift maneuvering gaps).
• New Method: A single Dplarack unit with 5-8 drawers holds the same 10 pallets of material but occupies only 6-8 square meters.

This 70% reduction in storage footprint immediately frees up space for another laser cutter, a welding station, or a wider forklift aisle to improve safety.

Accessibility at High Density

High density usually means low accessibility (think of digging to the bottom of a box). We solved this contradiction.

Double-deck configurations allow for specialized storage of oversized or odd-shaped remnants.

Even though the sheets are stacked vertically, the bi-directional drawer system ensures that the top sheet is just as easy to retrieve as the bottom one. Individual Access: You don’t need to move the top 4 drawers to get to the 5th. You simply crank open the specific drawer you need. No “Dead Stock”: In floor stacks, the material at the bottom often rusts because it’s too hard to reach. In our rack, every sheet is visible and accessible, ensuring valid FIFO (First-In, First-Out) inventory management.

Engineered for Compaction

Designing for density requires specific engineering choices. We offer variable drawer heights to match your inventory mix.

If you store mostly thin gauge sheets (e.g., 0.8mm – 1.5mm), we can configure the rack with shorter vertical spacing between drawers. This “Super Compact” configuration maximizes the number of levels within a safe working height. Conversely, for thick plates (20mm+), we adjust the spacing to accommodate the material height and easier rigging access.

The “Organized Factory” Aesthetic

Beyond the raw math of square meters, there is a psychological impact. A clean, vertically organized shop floor signals competence to your customers. When potential clients tour your facility, seeing raw materials neatly categorized in a compact metal storage tower—rather than scattered on wooden pallets—builds trust. It says you have control over your process.

Perguntas frequentes

1. How high can we stack these units?
Safety is the limit. While the steel structure can support significant weight, we typically limit the top drawer height to ensure operators can safely rig and inspect the material. Standard units usually have 5 to 8 levels, with a total height around 2.5 to 3 meters.

2. Can I store remnants (partial sheets) in this system?
Yes. This is a huge advantage over pallet storage. Pallets are terrible for odd-shaped offcuts. Our drawers provide a flat, contained surface where remnants can be organized and easily visualized, reducing the likelihood of buying new material when you already have stock.

3. What is the weight limit for a high-density unit?
Even in our high-density configurations, we maintain our industrial standards. Each drawer typically supports 3,000 kg, and the total rack capacity is engineered to handle the cumulative load (e.g., 20+ tons) transferred safely to the floor anchors.

4. Can the drawers be adjusted after installation?
The drawer positions are fixed based on the welded or bolted structural frame to ensure maximum rigidity. However, we consult with you before manufacturing to determine the optimal spacing mix (e.g., 3 shallow drawers for thin sheet, 2 deep drawers for plate) for your specific needs.

5. Is this system suitable for a leased factory?
Yes. While it requires floor anchoring, the system is modular. If you move to a new facility, the rack can be unbolted, disassembled, and re-installed at your new location. It is a portable asset, unlike a permanent concrete pit or welded mezzanine.