Heavy duty die storage rack

Your injection molds are capital assets, not floor obstacles. Every minute your team spends searching for, or carefully maneuvering around, a 2,000 Lb die is a minute of lost production uptime. The constant risk of a forklift collision or improper storage causing rust on a precision surface is a liability your operation cannot afford. It’s time to move beyond makeshift solutions and implement an engineered system designed for the unique demands of plastics manufacturing. 専門家に相談する

The True Cost of Disorganization: Why Pallets Are Failing Your Tool Room

Walk through any high-volume plastic packaging or component manufacturing facility, and you’ll see a familiar scene: valuable injection mold storage assets relegated to wooden pallets on the floor. These heavy, precisely-machined blocks are often stacked precariously, collecting dust and moisture, and creating a logistical nightmare for your Die Setter. This “system” isn’t just untidy; it’s a direct drain on your profitability. The search for the correct mold for a machine changeover becomes a time-consuming excavation project, significantly extending downtime and delaying production runs of PET bottles or thermoformed cups.

Worse, this method exposes your molds—assets that can cost upwards of $50,000—to constant risk. A minor bump from a forklift can damage a critical sealing face, leading to costly repairs and quality control issues. The floor-level humidity in many plants accelerates corrosion, compromising the mold’s surface finish and, ultimately, the quality of your final product.

Reclaim 80% of Your Floor Space with a Vertical Heavy Duty Die Storage Rack

Industrial real estate is a premium. Every square foot occupied by disorganized molds is space that could house another revenue-generating injection molding machine. A purpose-built heavy duty die storage rack transforms this horizontal chaos into vertical order. Constructed from high-tensile Q235B structural steel and featuring a robust three-pillar frame, these systems are engineered to safely handle single-layer loads from 2,000 to 6,000 Lbs. By leveraging vertical space, facilities can consolidate their entire mold inventory into a fraction of the original footprint, liberating up to 80% of their floor area for production expansion or improved workflow.

From a 45-Minute Struggle to a 2-Minute Swap: Revolutionizing Your SMED

The Single-Minute Exchange of Die (SMED) is a core principle of lean manufacturing, yet it’s often crippled by the initial step: accessing the mold. The Erack ダイロールアウトラック directly address this bottleneck. Each shelf is a 100% fully extendable drawer, running on high-precision HRB 6404 bearings that convert sliding friction into smooth, rolling motion. This means a single operator can effortlessly roll out a 4,000 Lb blow mold with minimal physical effort.

When the drawer is fully extended, it provides unobstructed, top-down access for an overhead crane or chain hoist. This eliminates the need for forklifts to navigate tight spaces, reducing the required aisle width from over 12 feet to as little as 4 feet. The entire process of locating, accessing, and lifting a mold is reduced from a lengthy, multi-person task to a safe, efficient, one-person operation completed in minutes. This dramatic reduction in changeover time directly translates to increased machine uptime and higher production output.

Engineered for Safety and Asset Preservation

A heavy duty mold racking system is more than just storage; it’s an insurance policy for your most critical production assets and your personnel. Safety is not an option, it’s engineered into the core design.

Multi-Point Mechanical Safety Locks

Each extendable drawer is equipped with an independent, physical safety pin. This self-locking mechanism ensures that once a drawer is pushed in, it cannot accidentally slide out. When extended, a secondary lock prevents any risk of the drawer tipping or over-extending, even under maximum load. This simple, robust system is compliant with OSHA standards and provides peace of mind that a catastrophic failure is physically prevented.

Corrosion-Resistant Industrial Coating

To protect both the rack and the molds it holds, every component undergoes a rigorous 7-step surface treatment process. This includes acid washing, phosphating, and shot blasting before the application of a 60-80μm thick epoxy resin powder coat. This industrial-grade finish creates an impermeable barrier against moisture, oils, and common industrial chemicals, preventing rust and ensuring a 15+ year structural lifespan even in demanding environments.

A Clear Comparison: Engineered Racking vs. Standard Shelving

The difference lies in the engineering details that are often invisible under a coat of paint. For purchasing managers and engineers, the specifications speak for themselves:

Evaluation Dimension	Low-Cost Standard Racks	Erack Heavy Duty Die Rack
Upright Column Steel	Thin-gauge (e.g., 0.1″) sheet steel	Q235B 10# Channel Steel (0.157″ thick)
スライド機構	Simple metal-on-metal slides or plastic blocks	High-precision HRB 6403/6404 bearings
Drawer Panel Reinforcement	2-3 reinforcement ribs per drawer	6-8 reinforcement ribs per drawer
Surface Preparation	Simple spray paint	7-Step Process: Shot Blasting + Phosphating + Powder Coating
安全機能	Often absent or optional	Standard independent safety pins on every level