Ordner für einen laser

The “Hidden” Bottleneck in Your Fabrication Shop

If you walk through most metal fab shops, you see the same problem. The laser cutting machines are state-of-the-art, but the material storage is stuck in the 1980s. You have piles of raw material stacked on the floor or in static cantilever racks.

Here is the reality of that setup:

• The “Digging” Delay: You need a single sheet of 1/4″ aluminum. It’s currently sitting under three tons of mild steel. Your forklift driver has to move three stacks just to get to the one you need. That’s 20 minutes of downtime where your laser isn’t cutting.
• The “Scratch and Scrap” Tax: Every time you drag a sheet of polished stainless steel or aluminum off a static stack, you risk surface damage. In high-precision industries like medical or food processing equipment, a scratch means the part is scrap.
• The Floor Space Trap: Stacking pallets on the floor eats up valuable square footage that could be used for another press brake or assembly station.

The Logic: From “Storage” to “Productivity System”

Ordner für einen laser are not just shelves; they are a material feeding system. The core engineering principle here is the 100% Roll-Out Drawer.

Instead of lifting off a stack, you pull the specific drawer out.

Whether you are handling standard 4’x8′ sheets or larger 5’x10′ formats, the Regalsystem aus Stahlblech allows a single operator to access any gauge, material, or thickness in under 60 seconds. There is no need to move the material above it.

How the Structure Supports the Workflow

For shops handling heavy plate (1/2″ and up), we utilize a crank-operated mechanism. A gear reduction system allows an operator to move a drawer loaded with 5,000 lbs of steel with just a few pounds of force. This eliminates the need for a forklift at the machine side entirely.

Nahtloses vakuum. Es ist ein vakuum

The modern fabrication cell relies on vacuum lifters (jib cranes) to load the laser bed. Standard pallet racking prevents this because the overhead obstruction blocks the crane.

Unser Ordner für einen laser extend fully into the aisle. This means your operator can:

1. Roll out the drawer containing the specific material.
2. Lower the vacuum lifter directly onto the sheet.
3. Lift and transfer to the laser shuttle table.

This process is performed by one person, without waiting for a forklift driver, and with zero risk of back injury from manual prying.

ROI Calculation: Floor Space & OEE

Let’s look at the numbers. By going vertical with a high-density Blechregal, you can typically condense 20 pallets of floor-stacked metal into a footprint of just 60 square feet.

Metrisch	Floor Stacking (Traditional)	Roll-Out Rack System
Retrieval Time	10-20 Minutes (requires forklift)	< 2 Minutes (single operator)
Materielle Schäden	High (sliding friction)	Near Zero (lift-off only)
Raumausnutzung	Poor (horizontal spread)	Excellent (vertical density)
Sicherheitsrisiko	High (falling stacks, pinch points)	Low (controlled mechanical movement)

Technical Specifications for Metal Fabricators

We understand that “standard” doesn’t always fit a custom fab shop. However, our core configurations are designed around the most common sheet sizes in the industry.

• Sheet Sizes: Compatible with 4’x8′, 5’x10′, and 6’x12′ sheets.
• Load Capacity: From 2,000 lbs (light gauge) up to 10,000 lbs per drawer (heavy plate).
• Drawer Height: Adjustable to fit your specific bundle sizes.
• Schutz: Optional lining for drawers to protect mirror-finish stainless or soft aluminum.

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Häufig gestellte Fragen

1. Can these racks hold 6′ x 12′ laser-ready plates?
Yes. While 4’x8′ and 5’x10′ are standard, we manufacture racks specifically for 6’x12′ plates often used in heavy structural fabrication. We reinforce the drawer guides to handle the increased moment arm and weight.

2. Will the drawers sag under a full bundle of 1/2″ steel?
No. Our racks are engineered using structural Q235 steel. The Regalsystem aus Stahlblech is rated for specific deflection limits to ensure the drawer operates smoothly even at full capacity (e.g., 5,000 lbs).

3. How much aisle space do I need in front of the rack?
You need clearance equal to the depth of the drawer plus about 24-36 inches for the operator to stand safely. For a 5×10 rack, you ideally need about 12-13 feet of aisle space to fully extend the drawer and maneuver a vacuum lifter.

4. Can I load the racks from the rear with a forklift?
Yes, we offer designs that allow for rear-loading. This is ideal for FIFO (First-In-First-Out) inventory management, where the forklift driver restocks from the aisle while the laser operator pulls from the front.

5. Do I need to bolt these racks to the floor?
Absolutely. Due to the shifting center of gravity when a heavy drawer is extended, anchoring the unit to your concrete slab is a mandatory safety requirement to prevent tipping.