簡単アクセス金型保管

Your injection molding machines are waiting, but the next mold is buried on a pallet somewhere on the floor. Every minute of downtime costs you money, and every time a forklift gets close to a multi-thousand-dollar mold, you risk damaging a critical asset. It’s time to reclaim your floor space and streamline your changeovers. 専門家に相談する

The Hidden Cost of Disorganized Mold Storage in Plastics Manufacturing

In a busy plastic packaging facility, the production floor is a high-value zone. Every square foot should be dedicated to a revenue-generating injection molding machine or blow molder. Yet, too often, that prime real estate is cluttered with molds for PET bottles, PP thermoformed cups, and plastic jerry cans, sitting precariously on wooden pallets. This common scenario isn’t just messy; it’s a direct drain on your profitability. Your die setters spend valuable time hunting for the right tool, and forklift operators navigate a hazardous obstacle course, risking catastrophic damage to precision parting lines with a single wrong move. This is the reality of inefficient injection mold storage.

From Floor Chaos to Vertical Order: The Engineering Behind Easy Access

The transition from a cluttered floor to an organized, high-density storage system is not about simply adding shelves. It’s about implementing an engineered solution designed for the specific weight, value, and workflow of the plastics industry. A purpose-built 頑丈な金型ラック transforms your operational efficiency by addressing the core challenges of mold handling head-on.

100% Drawer Extension: Unlocking Crane-Assisted Efficiency

The single biggest bottleneck in mold changeover is often the “last mile” – getting the mold from storage to the machine. Traditional racking forces you to use a forklift, requiring wide, wasteful aisles. Our ダイロールアウトラック feature a 100% full-open drawer design. This allows the drawer, carrying a mold up to 3 tons, to slide completely clear of the frame. Your existing overhead crane or chain hoist can then get a direct, vertical lift on the mold’s center of gravity. There are no blind spots, no awkward angles, and no risk of collision. This allows you to shrink aisle width from over 12 feet to as little as 4 feet, freeing up room for more production lines.

Heavy-Duty Framework for Your Heaviest Blow Molds

Your molds are not lightweight assets. A large blow mold for a 55-gallon drum can weigh thousands of pounds. Storing it on inadequate shelving is a recipe for structural failure. Our heavy duty die rack shelving is constructed from Q235B structural steel, featuring 10# channel steel main uprights. This isn’t just sheet metal; it’s an industrial-grade framework engineered with a 1.2 safety factor to ensure zero plastic deformation, even under full load. The robust three-pillar structure provides an additional support point when the drawer is fully extended, guaranteeing stability and long-term reliability.

Protecting Your Assets: From Surface to Safety Pins

A spec of rust on a precision mold surface can lead to thousands of rejected parts. Our racks undergo a rigorous 7-step surface treatment, including acid washing, phosphating, and an electrostatic powder coating 60-80μm thick. This creates a durable barrier against the humidity and corrosive elements common in a production environment, protecting your capital investment. Furthermore, safety is non-negotiable. Each drawer is fitted with a mechanical self-locking safety pin. This simple, foolproof mechanism physically prevents the drawer from sliding out unintentionally or being pushed back in during a lifting operation, ensuring compliance with the highest EHS standards.

The Tangible ROI: What Optimized Mold Storage Looks Like

Implementing a proper mold rack system delivers immediate and measurable returns. It transforms your tool room from a cost center into a streamlined component of your production process, directly impacting your bottom line.

メートル	Before: Disorganized Floor Storage	After: Erack Vertical Storage Solution
床面積の利用	Extremely low; requires >12 ft forklift aisles.	Up to 80% space savings; aisles as narrow as 4 ft with crane.
Mold Changeover Time (SMED)	Over 45 minutes (search, clear path, maneuver forklift).	Under 5 minutes (pull, hook, lift).
Asset Damage Risk	High risk of collision from forklifts and other equipment.	Minimal; non-contact vertical lifting protects mold surfaces.
Worker Safety (EHS)	High risk of strain injuries from prying/pushing heavy molds.	OSHA compliant; ergonomic one-person operation.

よくある質問

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1. Can this system handle the weight of our large blow molds for plastic drums?

Absolutely. Each individual drawer level is engineered to support loads from 1,000 kg to 3,000 kg (approx. 2,200 to 6,600 lbs). The frame is built from heavy-gauge structural steel specifically for these high-load applications.

2. How does this heavy duty mold racking system integrate with our existing overhead crane?

The system is designed specifically for crane integration. The 100% full-pull-out drawer brings the entire mold clear of the rack structure, providing your crane with unobstructed, top-down access for safe and efficient vertical lifting.

3. We are growing and adding more injection molding machines. Can the storage expand with us?

Yes. The system uses a modular main/add-on rack design. You can start with a single unit and seamlessly connect additional units as your mold inventory grows, creating a continuous, scalable storage line without wasted space.

4. Our tool room technician is concerned about pulling out a 2-ton mold. How difficult is it?

It’s surprisingly easy. Each drawer glides on high-precision, heavy-duty bearings (made from bearing steel) that convert sliding friction into rolling friction. This reduces the required pull force to a fraction of the mold’s weight, allowing a single operator to safely extend the drawer. For ultra-heavy loads, an optional pneumatic-assist system is also available.

5. What kind of surface preparation is done to prevent the racks from rusting in our plant?

We utilize a 7-step industrial surface treatment process. This includes shot blasting to create a superior bonding surface, followed by acid washing, phosphating, and a final electrostatic powder coating. This multi-layer protection is far superior to simple paint and is designed to withstand typical industrial environments for over 15 years without rust or corrosion.