Customized Shelf for AGV Robot: Made for Your Size

Why “One-Size-Fits-All” Fails in Dynamic Logistics

If you are managing an SPS (Set Parts Supply) system or feeding a stamping press line, you know that static load capacity is irrelevant. The real challenge is dynamic load. When a 1.5-ton AGV accelerates, lifts, or emergency brakes (often at 0.5g deceleration), the rack sitting on top experiences immense shear forces and torsional stress.

Traditional “Hook-and-Slot” racking, designed for stationary warehouse storage, cannot survive this movement. The upward lifting force of the AGV can disengage the beams, leading to catastrophic structural failure—potentially dropping expensive EV Battery Modules or halting the entire assembly line.

The Engineering Fix: Fully Bolted Q355 Steel Structure

At Spacedas, we don’t just weld pieces together; we engineer a rigid chassis for your cargo. Our AGV Flow Racks utilize a Fully Bolted Structure with anti-loosening serrated lock nuts.

We use High-tensile Steel Q355, the same grade often used in heavy machinery, to ensure the rack maintains its geometric integrity (±2mm tolerance) even after thousands of transport cycles. This rigidity is critical for the AGV’s navigation sensors; if a rack warps, the robot cannot center itself under the payload, causing docking failures at the workstation.

Flow and Automation: The Karakuri Advantage

For line-side supply, simple transport isn’t enough. You need automatic material transfer to maintain the Takt time. This is where we integrate Karakuri (mechanical automation) into the rack design.

Our “Shooter” mechanism requires no motors or batteries on the rack itself. Using purely mechanical logic—springs, levers, and gravity—the rack interacts with a docking station at the assembly line. Once the AGV docks, the Alimentazione in linea automatically releases the KLT boxes or blister trays onto the production conveyor.

This system ensures strict FIFO (First-In-First-Out) compliance, which is non-negotiable for parts with expiration sensitivities like glues or pre-greased components. By removing the need for an operator to manually unload the rack, you achieve a true “Hands-Free” logistics loop.

Handling the Unconventional: Shafts, Axles, and Dies

Not everything fits in a standard 600x400mm tote. Automotive manufacturing involves heavy stamping dies, long drive shafts, and irregular suspension components. A standard pallet rack is useless here.

We customize the inner dunnage and support structure to cradle these specific parts. For heavy metal shafts, we design vertical storage slots reinforced with polymer liners to prevent metal-on-metal scratching. For stamping dies, we reinforce the base frame to handle point loads exceeding 2,000 lbs.

Every design undergoes Analisi strutturale (FEA) to verify the Center of Gravity (CoG). We ensure the loaded rack stays well within the stability triangle of your specific AGV model, preventing tipping accidents during cornering.

Conclusion: Precision Fits Your Process

In the era of Smart Factory Logistics, your Scatole automatiche per KLT are not just furniture; they are mobile extensions of your production line. Whether you are moving delicate electronics or heavy chassis components, the interface between the robot and the load must be flawless.

Stop forcing your production process to fit into standard catalogs. Let us build the carrier that fits your parts.

---

Frequently Asked Questions (FAQ)

1. Can your racks handle the weight of EV battery packs? Yes. We utilize Q355 High-tensile steel and reinforced base structures specifically designed for heavy loads. Our heavy-duty designs can support payloads exceeding 1,000 kg (2,200 lbs), ensuring safety during the AGV lifting and transport process.

2. Le tue racchette sono compatibili con un marchio AGV? We are device-neutral. Our racks are customized to fit the specific dimensions and lifting mechanisms of all major Underride AGV brands, including Hikrobot, Geek+, MiR, and others. We add specific QR code matte areas for precise navigation calibration.

3. How do you prevent parts from falling during emergency stops? We design with a “Dynamic Load” philosophy. This includes integrating mechanical interlocks, tilt angles for flow racks, and active blockers that only release when the rack is docked. We calculate the center of gravity to ensure stability even at 0.5g deceleration.

4. Can you integrate “Karakuri” or shooter mechanisms? Absolutely. We specialize in passive automation. We can design “Shooter” racks that mechanically couple with your line-side workstation to automatically discharge boxes or trays without requiring on-rack motors or battery power.

5. What is the maintenance requirement for the Fully Bolted Structure? Our “Install and Forget” design uses anti-loosening lock nuts that resist high-frequency vibrations common in AGV transport. Unlike welded racks that may develop fatigue cracks over time, our bolted frames are resilient and allow for easy component replacement if damaged by a forklift collision.