Raw material storage is where most fabrication workflows start to slow down. Pipes, profiles and rebar sit in floor-level racks, eat up aisle space, and get retrieved by hand – a process that costs minutes on every cycle and turns the stockyard into a bottleneck. Herochu intelligent automated storage solutions take a different route: they move long material upward, into a vertical silo-style system where every drawer is tracked, weighed and delivered on demand.
The Smart Fixed Profile Stereo Warehouse – a top-mounted, intelligent three-dimensional material storage system – converts unused overhead airspace into an organized, automated 3D storage matrix built specifically for metal pipes, tubes, structural bars and heavy profiles.
What Makes Long-Material Storage Intelligent
An intelligent system does more than move shelves. It knows what is stored, where it is, how much remains, and what the downstream machines need next. That requires four capabilities working together: PLC control, a human-machine interface for operators, load sensing per drawer, and integration with the plant’s ERP and WMS.
Top-mounted PLC and HMI control – real-time inventory management and context-aware retrieval from a single operator screen.
Automated shuttle mechanism – identifies the required drawer on signals from downstream CNC band saws or laser cutters.
Smart monitoring – drawer load cells track material weight continuously, not just at intake.
ERP/WMS sync – inventory data flows into the plant’s management systems without manual entry.
How the Vertical Silo Is Structured
The storage matrix is organized as a top-mounted tower: a central shuttle or lift column services drawers arranged in a grid around it. Each drawer is a self-contained bin with its own load cells, so the system tracks weight at the drawer level rather than estimating from intake records. The tower works with the building – systems reach 30 to 52 feet – while the footprint stays inside 200-300 sq. ft., which is what makes the 80% floor space reduction achievable in practice. The structure is engineered around the heaviest drawer load the site specifies, and every system is load-tested before shipment.

Retrieval in Under 90 Seconds
When a CNC band saw or laser cutter signals for material, the shuttle identifies the correct drawer and delivers the bundle to an ergonomic waist-height pick point in under 90 seconds. Operators no longer walk the rack line, climb for stock, or wait for a crane. In daily operation the system shortens retrieval from a 15-20 minute manual task to a 90-second automated one, and reduces mispicks by over 92% because the machine always brings the referenced drawer.
The speed is not only about the shuttle. It comes from the whole chain being automated: the machine signal starts the cycle, the PLC confirms the drawer identity, the shuttle retrieves, and the stock display updates before the operator reaches the pick point. There is no paperwork step, no walk to a terminal, no double-checking a label. The operator’s job narrows to taking the bundle and loading the machine – exactly where their time should be spent.
Real-Time Inventory and ERP/WMS Integration
Every drawer is fitted with load cells that track precise material weight in real time. The control software triggers low-stock alerts automatically and syncs inventory data across leading ERP and WMS platforms, keeping purchasing and production planning on the same numbers as the shop floor. Herochu systems are engineered around the interfaces plants already run, so the storage tower behaves like another node in the material planning network rather than an island.
Traceability is built in. Barcode and QR code scanners support lot- and batch-level tracking, which is a practical requirement for suppliers working to aerospace and automotive standards.

Footprint Efficiency and Drawer Specifications
The system reaches heights of 30 to 52 feet on a compact footprint of 200-300 sq. ft. – more than an 80% reduction in floor space compared with traditional 1,500+ sq. ft. storage layouts. Drawers are sized to the stock: 10 to 40 ft long, 1.3 to 6.5 ft wide, with load capacities of 3,300 to 11,000 lbs (1.5 to 5 tons) per drawer and loading heights adjustable from 0.8 to 3.3 ft.
Functional details matter at this scale. Open-bottom drawers let swarf and coolant fall through instead of accumulating; perimeter retention pins and closed-side options keep round stock from rolling off during transport.
Unattended Operation and Lower Risk
Because retrieval is automated and inventory is live, the system supports lights-out material feeding: overnight and between shifts, material is delivered, cut and consumed with no operator in the loop. Routine stock picking no longer requires ladder climbing or overhead crane work, removing two of the most common sources of injury in metal storage.
Low-stock alerts close the loop between the shop floor and the office. When a drawer’s weight drops below the reorder point, purchasing is notified automatically; when the new lot arrives, a barcode scan places it in the system with full lot traceability. Overnight, the tower keeps serving the cutting line until the last scheduled cycle completes, and the morning shift starts with the stock display already reconciled against what was consumed.

Herochu Engineering and Support
The Smart Fixed Profile Stereo Warehouse is designed and built directly by Herochu (Jinan Constant Storage Machinery Manufacturing Co., Ltd.), a manufacturer with more than 15 years of storage experience and a 10,000 m² facility in Shandong, China. Systems are ISO9001 certified and CE compliant, with mandatory pre-shipment structural load testing. Custom design engineering, zero MOQ, and worldwide on-site installation, commissioning and operator training complete the offer.
For operations that depend on material availability – tube lasers, sawing centers, profile processing lines – an intelligent automated storage system is the difference between machines waiting and machines running. Contact Herochu to size a system around your drawer lengths, bundle weights and ceiling height.









