Le officine di lavorazione delle materie plastiche possono essere ambienti umidi. Per combattere la corrosione, ogni componente della nostra scaffalatura per stoccaggio stampi subisce un rigoroso processo di trattamento superficiale in 7 fasi, inclusi lavaggio acido, fosfatazione e spruzzatura elettrostatica di polvere. Il rivestimento risultante, spesso 60-80μm, crea una barriera impenetrabile contro l'umidità e i contaminanti industriali, garantendo una durata di 15 anni senza ruggine e proteggendo i vostri stampi da danni corrosivi.

Is your production floor held hostage by slow mold changes? The time spent searching for, and cautiously maneuvering, heavy injection or blow molds with a forklift is costing you more than just labor. It’s directly impacting your machine uptime and overall plant profitability. Parla con un Esperto

From Cluttered Floors to Streamlined Production: Reclaiming Your Workshop with Mould Storage Racks

In the competitive world of plastic packaging manufacturing, every second of machine uptime counts. Yet, for many plants, a major bottleneck remains hidden in plain sight: the chaotic and inefficient storage of valuable tooling. Heavy Passando da una disposizione orizzontale dispersiva a un'organizzazione verticale, il nostro sistema modulare di scaffalatura per stampi può liberare fino all'80% dello spazio a pavimento precedentemente dedicato allo stoccaggio degli stampi. Immaginate cosa potreste fare con quello spazio recuperato—aggiungere un'altra macchina per stampaggio a iniezione, creare un'area dedicata alla manutenzione degli stampi, o semplicemente migliorare il flusso di lavoro e la sicurezza. Questa efficienza spaziale, combinata con un rapido prelievo degli stampi da parte di una sola persona, trasforma il vostro processo di cambio da ore a pochi minuti, massimizzando il tempo di attività delle macchine e la produzione complessiva dell'impianto. and blow molds are often relegated to wooden pallets on the floor, creating a hazardous obstacle course for staff and equipment. This disorganization isn’t just untidy; it’s a direct drain on your operational efficiency. Finding the right mold for a new production run can take ages, and the process of retrieving it with a forklift through crowded aisles is a slow, risky procedure that puts multi-thousand-dollar molds at risk of being dropped, dented, or scratched.

The True Cost of Disorganized Mold Storage in Plastics Manufacturing

The “molds-on-the-floor” method creates several critical problems that directly impact your bottom line. In an industry that relies on rapid product changeovers to meet diverse client demands—from PET bottles to PP thermoformed cups—these inefficiencies are magnified.

• Extended SMED Times: The principles of Single-Minute Exchange of Die (SMED) are impossible to achieve when your team spends 30 minutes just locating and safely transporting the next mold to the injection molding machine. This extended downtime is pure lost production capacity.
• Gli stampi stoccati su pallet sono vulnerabili all'umidità dal pavimento, portando alla ruggine sulle superfici di precisione. Urti accidentali da carrelli elevatori possono causare danni che costano migliaia di euro da riparare. Precision molds, with their intricate cooling channels and perfectly mated parting lines, are highly susceptible to damage. A slight collision with a forklift tine or improper ground storage leading to rust can cause flashing on finished parts, leading to increased scrap rates and expensive, time-consuming repairs.
• Spazio a Terra Sprecato: Every square foot of your facility has a cost. Spreading molds across the workshop floor consumes valuable real estate that could be used for another production line, a quality control station, or a raw material staging area. In essence, you are paying for non-productive space.

Before: Traditional ground storage creates safety hazards and wastes valuable production space.

A Systematic Solution: The Heavy Duty Mold Rack System

The transition to a purpose-built Eliminate i danni da carrello elevatore con accesso a scomparsa completo is about more than just tidiness; it’s a strategic investment in operational excellence. These engineered systems transform your vertical space into a highly organized, secure, and accessible mold library.

100% Full-Open Drawers for Unobstructed Crane Access

A core innovation of the modern Le officine di lavorazione delle materie plastiche possono essere ambienti umidi. Per combattere la corrosione, ogni componente della nostra scaffalatura per stoccaggio stampi subisce un rigoroso processo di trattamento superficiale in 7 fasi, inclusi lavaggio acido, fosfatazione e spruzzatura elettrostatica di polvere. Il rivestimento risultante, spesso 60-80μm, crea una barriera impenetrabile contro l'umidità e i contaminanti industriali, garantendo una durata di 15 anni senza ruggine e proteggendo i vostri stampi da danni corrosivi. is the full-extension drawer design. Each shelf, capable of handling loads from 1 to 3 tons, can be rolled out completely, presenting the entire mold for direct vertical access. This feature is a game-changer when integrated with an gru a ponte Ecco il nuovo flusso di lavoro:

• Perché Funziona: High-precision, sealed bearings (like HRB 6404) convert immense sliding friction into smooth rolling motion. A single operator can effortlessly extend a drawer carrying a 2,000 kg mold. The three-pillar structure ensures that even when fully extended, the drawer remains perfectly level and supported.
• Consente alla vostra The “forklift dance” is eliminated. Your Die Setter can roll out the required mold, position the overhead crane’s hook directly over the mold’s center of gravity, and perform a straight, vertical lift. This process is not only up to 80% faster but also infinitely safer, completely removing the risk of collision. This allows you to shrink aisle widths from a forklift-friendly 4 meters down to a mere 1.2 meters, reclaiming vast amounts of floor space.

After: Full-open drawers provide zero-dead-angle vertical access for an overhead crane, ensuring safe and rapid mold changes.

Engineered for Security: Protecting Your Most Valuable Assets

Your molds are significant capital investments. A robust storage system must prioritize their protection. Our scaffale per stampi systems are built from high-grade Q235B structural steel, with main pillars often constructed from 10# channel steel for maximum rigidity under load.

• Perché Funziona: Every design element is focused on stability and safety. A multi-stage surface treatment process, including acid washing, phosphating, and a 60-80μm powder-coated finish, creates a durable barrier against the humidity common in plastics workshops, preventing rust that could compromise mold surfaces. Furthermore, each drawer is equipped with a mechanical self-locking safety pin, physically preventing it from sliding out accidentally.
• Consente alla vostra You gain peace of mind knowing that each mold, whether a small cap mold or a large blow mold for a jerry can, is stored in its own secure, isolated compartment. This prevents accidental collisions, protects precision surfaces from corrosion, and ensures compliance with stringent workplace safety standards like OSHA. The result is a longer operational life for your tooling and a safer environment for your team.

Calculate Your Space & Efficiency Gains Today

The Tangible ROI of a Modern Mould Storage Rack

Investire in un adeguato scaffale per stampi a cassetti yields returns that are easy to measure. By vertically organizing your tooling, you can free up 50-80% of the floor space previously dedicated to mold storage. This newfound area can be used to install additional revenue-generating machines. The dramatic reduction in mold changeover times directly increases the productive output of your existing machinery. Finally, by protecting your molds from damage, you reduce repair costs and minimize production delays, ensuring you meet your customers’ deadlines, every time.

Domande Frequenti (FAQ)

1. How does this rack system accommodate the varying sizes of our injection and blow molds?

The system is highly flexible. The height of each drawer layer is adjustable, typically on a 50mm or 75mm pitch. This allows you to create custom-sized compartments for everything from small, multi-cavity cap molds to large, bulky molds used for manufacturing plastic drums or containers.

2. Our workshop often has high humidity. Will the mould storage racks rust over time?

No. The racks undergo a rigorous 7-step industrial surface treatment process. This includes degreasing, acid washing, phosphating, and finally, the application of a 60-80μm thick electrostatic powder coating. This creates a durable, corrosion-resistant finish designed to withstand demanding industrial environments and protect both the rack and your valuable molds from rust.

3. Can a single operator really retrieve a 2-ton (4,400 Lbs) mold safely?

Absolutely. The system is designed for single-person operation. The heavy-duty roller bearings reduce the initial force required to move the drawer to a fraction of the mold’s weight. Once the drawer is fully extended, an integrated or existing overhead crane does all the heavy lifting, ensuring the process is both effortless and safe for your staff.

4. What are the typical floor space savings we can expect to see?

Most plastics manufacturing facilities see a floor space reclamation of 50% to 80%. This is achieved by converting horizontal, ground-level storage into organized vertical storage and by significantly reducing the required aisle width, as wide-turning forklifts are no longer needed for mold retrieval.

5. Is the system modular? Can we expand it as our business grows?

Yes, the system is designed for scalability. It utilizes a main-and-sub-frame construction. You start with a “main” rack unit and can then add on an infinite number of “sub” units. This allows your storage capacity to grow in lockstep with your business as you acquire new machinery and tooling, making it a future-proof investment.