Moulding storage racks

Your injection molding machines are running 24/7, but valuable floor space is being held hostage by disorganized moulds on pallets. Quick Mold Changes (SMED) are slow and risky, directly impacting machine uptime and operator safety. It's time to stop shuffling assets and start optimizing your workflow. Talk With An Expert

From Cluttered Floors to Streamlined Production: Rethinking Your Moulding Storage Racks

In any high-volume plastic packaging facility, the space around your injection molding machine or blow molder is prime real estate. Yet, for many production supervisors, this area is a chaotic landscape of wooden pallets, each laden with a heavy, high-value injection or blow mold. This isn't just untidy; it's a direct bottleneck to profitability. Finding the right tool takes time, using a forklift in tight spaces risks collisions, and every minute spent on a slow mold change is a minute your machine isn't producing PET bottles, plastic drums, or thermoformed cups.

The True Cost of Disorganized Mould Storage

Before implementing a dedicated system, the daily workflow is fraught with hidden costs and risks. Molds for different product lines are often stacked or clustered, making the one you need the hardest to reach. This "storage system" is actively working against your efficiency goals.

• Wasted Production Floor: Every square foot occupied by a floor-stored mould could be used for a new production line, a quality control station, or simply a safer, wider gangway. A typical forklift-serviced layout demands aisle widths of up to 4 meters (approx. 13 feet).
• Prolonged Machine Downtime: A "quick" mold change becomes a lengthy operation involving multiple staff members: locating the mold, clearing a path, carefully maneuvering a forklift, and finally, hoisting. This can turn a 15-minute target into a 60-minute ordeal.
• Asset Damage and Degradation: Precision moulds, with their intricate cavities and parting lines, are vulnerable. A minor collision with forklift tines can cause thousands of dollars in repairs. Furthermore, moulds stored on damp concrete floors are susceptible to "sweating" and corrosion, compromising the surface finish of your final plastic products.
• Operator Safety Hazards: Manually maneuvering multi-ton moulds with pry bars and chains is a recipe for back injuries and other serious accidents, impacting both your team's well-being and your EHS compliance.

Before: Disorganized moulds on pallets create safety risks and waste valuable production space.

Engineered for Efficiency: The Heavy Duty Mold Rack System

A purpose-built heavy duty mold rack transforms mould storage from a chaotic necessity into a strategic advantage. By leveraging vertical space and integrating with your existing lifting equipment, these systems directly address the core pain points of a plastics manufacturing workshop.

Reclaim Your Floor, Scale Your Operations

The most immediate impact is the dramatic increase in storage density. Our modular, add-on design allows you to create a centralized, high-density mould storage library that grows with your business.

By transitioning from horizontal sprawl to vertical organization, facilities can reclaim 50% to 80% of their previously occupied floor space. The structure, built from high-tensile Q235B structural steel and 10# channel steel, is engineered to safely support multi-ton loads, ensuring the complete stability of your valuable assets. This isn't just about tidiness; it's about unlocking capacity for future growth.

Slash Mold Changeover Times with Crane-Ready Access

The core innovation of the die roll out racks is the 100% full-extension drawer. Each shelf, capable of holding up to 3,000kg (6,600 Lbs), glides out smoothly on high-precision HRB 6404 bearings. This converts strenuous sliding friction into effortless rolling motion.

When a drawer is fully extended, it presents the entire mould to your Overhead crane or chain hoist. The crane has direct, unobstructed vertical access to the mould's center of gravity. There are no "dead angles" or need for risky forklift maneuvers. This streamlined process allows a single Die Setter to safely and quickly perform a mold change, reducing changeover time by as much as 80% and dramatically improving the OEE (Overall Equipment Effectiveness) of your molding machines.

Calculate Your Space-Saving Potential

Protect Your High-Value Assets from Damage and Corrosion

Your moulds are significant capital investments. Protecting them is paramount. Our moulding storage racks are designed as a fortress for your tooling. Each drawer features a raised lip to prevent moulds from shifting during movement. More importantly, every rack undergoes a rigorous 7-step surface treatment process, including acid washing, phosphating, and a 60-80μm powder coating.

This industrial-grade finish creates a durable barrier against humidity, oil, and workshop chemicals, preventing the rust that can destroy a mould's precision-machined surfaces. The robust frame, reinforced with solid steel cross-bracing, eliminates swaying and ensures a stable, secure home for your tools, safeguarding them from accidental impacts.

The Workflow Transformation: Before vs. After

Implementing a dedicated die rack fundamentally changes your workshop's operational rhythm from reactive to proactive.

Dimension	Before: Pallet Storage (The Pain Points)	After: Erack System (The Gains)
Space Utilization	Massive footprint; requires 4-meter forklift aisles.	Vertical storage; reduces aisle to 1.2 meters for crane access, increasing usable space by 300%.
Mould Change Time	45-60 minutes: Search, clear path, forklift maneuver.	5-10 minutes: Locate, roll out drawer, vertical lift by crane.
Asset Security	High risk of collision, rust from floor moisture.	Zero collision risk from forklifts; elevated storage in a dry, protected bay.
Operator Safety	Requires manual prying, high risk of musculoskeletal injury.	Effortless drawer extension, zero manual lifting, compliant with EHS standards.

Stop letting inefficient storage dictate your production schedule. By investing in a professional mould storage rack, you are investing in higher uptime, better safety, and the long-term protection of your most critical manufacturing assets.

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Frequently Asked Questions

1. Our blow moulds are extremely heavy, exceeding 2 tons. Can your racks handle this?

Absolutely. Our heavy-duty series is engineered specifically for these scenarios. By utilizing 10# channel steel for the main columns and a reinforced drawer structure, we can configure single-drawer load capacities of up to 3,000 kg (6,600 lbs). For moulds over 2 tons, we highly recommend integrating our pneumatic assist system, which uses air pressure to make extending and retracting the drawer completely effortless for the operator.

2. How does this system integrate with our existing factory overhead crane?

Our racks are designed for seamless integration. The 100% full-open drawer design is the key feature. It brings the entire mould clear of the rack's frame, providing your overhead crane with direct, unimpeded vertical access for lifting. This eliminates the need for forklifts during the changeover process, allowing you to narrow your aisles and maximize floor space.

3. Our injection moulding workshop can get humid. How do you prevent the racks and our moulds from rusting?

This is a critical consideration we address with our 7-step surface treatment process. Before painting, every steel component is shot-blasted, acid-washed, and phosphated. This creates a perfectly prepared surface for the electrostatic powder coating to bond to. The result is a thick, 60-80μm protective layer that is highly resistant to corrosion, scratches, and industrial chemicals, ensuring both the rack's longevity and the protection of your valuable moulds.

4. We are a growing company and our inventory of moulds is increasing. Is the system expandable?

Yes, scalability is a core part of the design. We use a modular main-and-sub-frame structure. Your initial installation will consist of a "main rack," and you can then add on an infinite number of "sub-racks." This allows your storage system to grow in lockstep with your business without the need for a complete overhaul, providing a future-proof investment.

5. How much physical effort is required for one worker to pull out a drawer with a 1.5-ton mould?

Thanks to the high-quality roller bearings used in the sliding mechanism, the required pull-force is only about 1% of the load's weight. For a 1,500 kg mould, a worker would only need to apply an initial force of around 15 kg (approx. 33 lbs) to get it moving. This is well within safe manual handling limits and allows for true single-person operation for most standard moulds.