Custom-engineered racking systems optimized for high-capacity die management, automated logistics, and heavy manufacturing.
In modern industrial manufacturing, metal stamping, plastic injection molding, aluminum extrusion, and defense-grade component production represent high-value sectors driving economic growth. Within Israel’s rapidly expanding manufacturing corridors—spanning the industrial zones of Tefen, Caesarea, Petah Tikva, Ashdod, and the Negev—facility managers face an acute operational bottleneck: the efficient, safe, and high-density organization of heavy stamping dies, injection molds, and specialized tooling blocks.
Heavy dies routinely weigh between 500 kg and upwards of 30,000 kg per unit. Storing these ultra-dense assets on non-engineered static racking or standard selective pallet racks presents catastrophic safety hazards, unacceptable structural deflection, and floor space inefficiency. Furthermore, Israel’s unique geographic and economic posture requires industrial storage infrastructure that complies with stringent local seismic regulations (SI 413), handles coastal atmospheric corrosion (Haifa and Ashdod port corridors), and streamlines supply chain integration under strict ISO quality frameworks.
As a leading global OEM/ODM manufacturer and exporter of heavy-duty die storage racks, structural steel rack systems (SK3000 series), and tubular boltless racking solutions (SK2000 series), our engineering division delivers custom-engineered mold storage systems built specifically for Israeli industrial requirements. By replacing disorganized floor storage with multi-tiered, crane-accessible, or roll-out drawer die storage racks, plants increase vertical space utilization by up to 300% while drastically shortening mold changeover times (SMED protocol).
A comprehensive examination of structural channel steel, dynamic loading, lock safety systems, and FEA simulation.
Engineered with heavy-duty structural steel bearings and mechanical interlocks. Drawer units feature up to 100% full extension capacity for loads up to 5,000 kg per shelf, enabling direct overhead crane retrieval without forklift obstruction.
To eliminate tip-over risks, our OEM/ODM designs incorporate a single-drawer extension safety mechanism. Opening one shelf automatically locks adjacent shelves, preserving frame stability during heavy crane lifting operations.
Utilizing high-tensile hot-rolled C-channel steel members bolted with Grade 8 high-strength fasteners. Unlike lightweight roll-formed steel, structural channel uprights absorb forklift impacts without compromising structural integrity.
Selecting the optimal die rack design depends on weight class, retrieval frequency, and facility handling equipment (overhead gantry crane vs heavy-duty forklift).
| Rack Type | Structural Profile | Load Capacity / Shelf | Retrieval Mechanism | Primary Industrial Application |
|---|---|---|---|---|
| Heavy-Duty Roll-Out Die Rack | Structural Channel & Structural Bearings | 1,000 kg – 5,000 kg (100% Extension) | Overhead Gantry Crane / Hoist | Precision Stamping Dies & Injection Molds |
| Ultra-Heavy Static Die Rack | Hot-Rolled Structural I-Beam / SK3000 Channel | 5,000 kg – 30,000 kg (Fixed Deck) | Heavy Forklift / Open Top Crane Access | Large Automotive Stamping & Forging Dies |
| Custom Cantilever Mold Storage | Heavy Structural Column & Solid Arms | 2,000 kg – 8,000 kg per arm set | Side Loader / Specialized Forklift | Long Cylindrical Extrusion Dies & Shafts |
| Hybrid Selective Tooling Rack | SK2000 Closed Tubular Uprights + Steel Decks | 1,000 kg – 3,500 kg per level | Standard Forklift / Reach Truck | Medium Tooling, Fixtures & Spare Parts |
Targeted engineering solutions designed for the specific operational landscapes of Israel's main industrial regions.
High-tech precision engineering and aerospace suppliers in Northern Israel require sub-millimeter level handling of complex tooling. Our OEM roll-out die racks feature smooth-glide linear bearings and rubber-lined shelf surfaces to protect precision-ground die faces against micro-abrasions caused by metal-on-metal contact.
In Israel’s high-density central zone where real estate costs per square meter are premium, injection molders for medical devices and electronics need maximum vertical space capture. We supply custom 6-tier high-density mold storage racks integrated with overhead monorail cranes, expanding storage density while maintaining 100% individual mold selectivity.
Facilities handling defense-grade armor plating, heavy structural stamping, and automotive sub-assemblies operate dies weighing upwards of 15 to 30 tons. Our structural steel SK3000 die racks utilize hot-rolled steel channels and heavy structural beam stop blocks to safely store extreme tonnage under rigorous continuous duty cycles.
Logistics facilities located adjacent to Israel's main maritime container terminals require modular, quickly reconfigurable die racks that support international mold transfers. Our container-optimized knockdown structural racks allow rapid disassembly, ocean container freight efficiency, and rapid re-erection on site.
Procuring heavy industrial equipment for Israeli facilities involves navigating specific engineering compliance mandates, logistics realities, and environmental conditions. As an established exporter serving Israel, our engineering team adheres strictly to the following parameters:
Israel is located along the Syrian-African Rift, making seismic resilience a critical structural mandate. Our die storage racks are designed with reinforced seismic baseplates, heavy anchor bolts, and cross-column X-bracing validated to withstand horizontal ground acceleration forces required under Israeli Standard SI 413.
Industrial plants in Haifa, Ashdod, and Akko experience airborne salt corrosion. We apply a multi-stage pretreatment washed with zinc-phosphate followed by an electrostatically applied thermo-cured epoxy-polyester powder coating (70-90 microns), guaranteeing superior resistance against rust and chemical exposure.
Direct maritime shipping routes from our overseas production hub to Haifa Port and Ashdod Port are optimized through precision bundle packing. Uprights, beams, and roll-out drawers are sequentially palletized with steel strapping and protective edge boards to prevent transit damage during sea voyages.
From initial slab evaluation to CAD design, finite element analysis, and delivered site assembly.
We analyze your die dimensions, maximum unit weights, handling methods (crane vs forklift), and floor layout.
Engineers build 3D models and run Finite Element Analysis (FEA) to simulate stress distribution under full static & dynamic loads.
Structural calculations are calculated against local seismic standards (SI 413 / EN 15512) for official engineering approval.
Automated robotic welding, laser cutting, and powder coating produce high-precision steel members under ISO 9001 oversight.
Containerized sea transport to Haifa/Ashdod, complete with step-by-step installation manuals and remote engineering aid.
As a specialized global manufacturer and exporter, we combine rigorous heavy-steel structural engineering with customized manufacturing flexibility. Our competitive strengths include:
Clear answers to the technical, logistical, and compliance questions most frequently asked by Israeli plant managers.
Our engineering team utilizes specialized structural analysis software to calculate seismic shear forces and overturning moments based on Israeli ground motion acceleration maps. We incorporate enlarged baseplates (up to 16mm thick), heavy-duty wedge anchors, and top-column cross-bracing to ensure complete structural stability during seismic events.
Yes. Our 100% full-extension roll-out die drawers fully expose the stored mold beyond the structure face, allowing vertical hoist hooks or magnetic lifters to access the die without interference. We also design crane support structures mounted directly to the top of the die rack framework for plants lacking building-integrated cranes.
Standard OEM/ODM manufacturing cycle typically ranges between 3 to 4 weeks depending on order volume and custom engineering specs. Direct ocean freight container transit from our port facility to Haifa Port or Ashdod Port generally takes 20 to 30 days. We provide end-to-end tracking and customs packaging support.
To prepare an engineered layout and price quotation, we request: 1) Maximum and average die/mold dimensions (L x W x H), 2) Weight of each die unit, 3) Desired number of levels per bay, 4) Retrieval method (crane, forklift, manual), and 5) Building clear height and floor slab thickness/capacity.
Absolutely. All raw steel undergoes automated shot-blasting to remove mill scale and surface oxides, followed by an industrial electrostatic zinc-rich primer and epoxy powder topcoat. This heavy coating protects the steel components against atmospheric oxidation typical of Mediterranean coastal industrial regions.
Yes. As a custom OEM/ODM manufacturer, we offer complete RAL color matching for upright frames, roll-out drawers, and safety guarding. This allows Israeli industrial facilities to match corporate branding or apply visual color-coding for specific tooling divisions (e.g., green for active molds, red for maintenance dies).
Partner with an experienced OEM/ODM manufacturer capable of engineering heavy-duty, seismically certified die storage racks tailored to your exact mold dimensions and facility workflow in Israel.
Send an Inquiry