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Your production floor is crowded with injection and blow molds on pallets. Changeovers are slow, line downtime is costly, and your six-figure tools are at constant risk of damage. It's time to stop storing molds on the floor and start optimizing your workflow. Reclaim your space and secure your assets with a system engineered for modern plastic manufacturing. |
In any high-volume plastic packaging or parts production facility, the scene is familiar: valuable injection mold storage assets and blow molds are scattered on wooden pallets, occupying premium floor space next to the molding machines. Your die setters and tool room technicians waste precious minutes searching for the right tool, clearing a path for a forklift, and carefully maneuvering a multi-ton mold into position. Every minute spent in this process is a minute your production line isn't running. This disorganized workflow not only cripples your SMED (Single-Minute Exchange of Die) initiatives but also exposes your expensive molds to corrosion, accidental impacts, and handling damage.
The most significant bottleneck in many workshops is not the machine cycle time, but the physical space available. A traditional ground-storage layout requires wide aisles for forklift access, consuming vast areas that could house more revenue-generating injection or blow molding machines. A heavy duty mold racking system fundamentally changes this dynamic by leveraging vertical space.
How It Works: Our mould rack is built on a modular, high-density framework using robust 10# channel steel (Q235B grade). This rigid structure allows for the safe stacking of multiple layers, each capable of supporting 1-3 tons (up to 6,600 Lbs). The modular main-and-sub-frame design allows the system to expand alongside your business, creating a centralized, high-density mold storage library. This immediately frees up 50% to 80% of your previously occupied floor space, directly impacting your factory's output capacity.
A 45-minute mold changeover is a massive drain on productivity. The core innovation of the drawer type mold rack lies in its ability to present the mold directly to your lifting equipment, eliminating forklift dependency at the rack face. This is not a partial-extension shelf; it's a full-access system.
How It Works: Each drawer is mounted on high-precision Harbin 6404 bearings, transforming static friction into smooth rolling motion. This engineering feat means a single operator can effortlessly extend a drawer holding a 4,000 Lbs mold with minimal force. Once the drawer is 100% extended, your overhead crane or chain hoist has unobstructed, direct vertical access to the mold's center of gravity. This completely eliminates the risk of collision associated with forklift tines, protecting the mold's delicate sealing surfaces and guide pins. The result is a dramatic reduction in changeover time—often from nearly an hour to less than five minutes.
A mold for a custom PET bottle or a complex automotive part can represent an investment of tens or even hundreds of thousands of dollars. Protecting this asset from both environmental degradation and operational hazards is paramount. Furthermore, ensuring operator safety is a non-negotiable requirement for any modern, OSHA-compliant facility.
How It Works: Our commitment to safety and asset protection is multi-faceted:
Investing in a professional die storage rack is not an expense; it's a strategic investment in operational efficiency, asset longevity, and workplace safety. Stop letting disorganized storage dictate your production schedule and start building a more streamlined, profitable, and safer manufacturing environment.
Our heavy-duty drawers are engineered to handle loads ranging from 1,000 to 3,000 kg (2,200 to 6,600 Lbs) per layer. The capacity is determined by the specific steel gauge and structural reinforcements, such as the 10# channel steel frame, ensuring safe support for even the largest injection molds.
Absolutely. The layer height of the mould rack is fully adjustable, typically on a 50mm or 75mm pitch. We can configure the vertical spacing to accommodate the specific height and bulk of your large-format blow molds or multi-cavity thermoforming dies, ensuring a custom fit for your tool inventory.
The system is designed for seamless integration. The 100% full-open drawer provides zero-obstruction vertical access, allowing your crane operator to lower the hook directly onto the mold's lifting points. This eliminates the need for complex, angled pulls or the use of a forklift, which dramatically improves both the speed and safety of the mold change process.
We understand that industrial environments can be harsh. That's why every rack component undergoes a rigorous 7-step pre-treatment process, including shot blasting, acid washing, and phosphating, before receiving an electrostatically applied powder coat. This creates a durable, non-porous finish that is highly resistant to humidity, oils, and mild chemical exposure, preventing rust and protecting both the rack and your valuable molds for over 15 years.
For optimal safety and stability, the rack must be installed on a flat, level concrete floor. To comply with safety standards and ensure the structure remains perfectly stable under dynamic load (pulling drawers in and out), each upright frame is securely anchored to the concrete using heavy-duty expansion bolts. This is a standard part of our professional installation process.
