Top Trusted Shuttle Pallet Racking Manufacturer & Exporter

Because the shuttle carrier travels along cold-formed steel guide rails fixed to the upright frames rather than traversing the floor directly, floor flatness tolerances for shuttle racking are considerably less demanding than Very Narrow Aisle (VNA) turret truck facilities. In accordance with DIN 18202 Table 3 Group 3 or ASTM E1155 (F-min 35 / F-L 25), standard slab flatness is typically sufficient. Upright base plates feature adjustable steel shims to accommodate minor floor elevation deviations across building bays. However, concrete slab compressive strength must be verified (typically ≥ 3,000–4,000 PSI / C25–C30) to support concentrated point loads transferred through the frame footplates under maximum bay weight loadings.

HEDA cold-storage shuttle units are engineered specifically for low-temperature environments (-25°C to -30°C / -13°F to -22°F). Mechanical components utilize synthetic low-viscosity ester-based lubricants that resist gumming and freezing. The internal drive motor electronics, PLC controllers, and optical sensors are housed inside an IP65 moisture-sealed chassis with integrated micro-heating resistors that prevent condensation when transitioning between ambient and refrigerated zones. Furthermore, our LiFePO4 battery modules incorporate proprietary thermal management circuits to sustain discharge output and avoid voltage collapse during sub-zero operations.

Yes. The system can be configured for diverse pallet standards. Standard 48″ × 40″ GMA pallets, 1200 × 800mm Euro pallets, 1200 × 1000mm industrial skids, and molded plastic pallets can be supported within the same warehouse. However, within any given single lane, the pallet bottom board orientation (2-way vs. 4-way entry) and width must match the guide rail spacing. For facilities handling mixed pallet widths, HEDA manufactures dual-profile guide rails and adaptive optical shuttle platforms equipped with multi-point ultrasonic positioning to identify irregular bottom deck configurations safely.

All HEDA industrial racking systems are designed and calculated in strict compliance with RMI ANSI MH16.1 (Specification for the Design, Testing and Utilization of Industrial Steel Storage Racks) in North America and EN 15512 / FEM 10.2.02 across European and international markets. For projects situated in high seismic zones (such as California, Chile, Japan, or New Zealand), our structural engineers provide site-specific Finite Element Analysis (FEA), calculating base shear, frame ductility, and anchor embedment requirements (ICC-ES certified mechanical or epoxy anchors) stamped by our licensed engineering partners.

Based on empirical client operating data across 3PL, FMCG, and refrigerated distribution centers, the average payback period ranges between 14 and 22 months. The financial return is driven by four primary levers:

• Labor Productivity: Pallet cycling speeds increase by 200–300%, cutting forklift operator hours.
• Space Gain: Eliminating drive-in honeycomb inefficiency yields 15–25% more pallets per facility.
• Zero Upright Collisions: Forklifts never enter the storage lanes, dropping maintenance expenses to near zero.
• Damaged Inventory Reduction: Automated, optical-guided travel eliminates crushed freight caused by driver misjudgment.

Once you provide building layout drawings (DWG/PDF), clear internal building heights, pallet dimensions (L × W × H including overhang), maximum pallet weights, and forklift mast specifications, our engineering department provides a full 2D CAD architectural floor plan, 3D elevation rendering, and detailed itemized quotation within 24 hours. Our proposals include load capacity tables presented in both imperial (lbs/inches) and metric (kg/mm) standards for direct presentation to municipal permit authorities or engineering consultants.

All overseas shipments undergo containerized optimization loading designed for 20GP, 40GP, 40HQ, and 45HQ sea containers. Upright frames and beams are nested on heavy-duty timber dunnage blocks, bundled with heavy-gauge PET/steel tension banding, and completely wrapped in multi-layer waterproof stretch film with vapor-corrosion inhibiting (VCI) desiccants. Box beams are separated with non-marking corrugated buffers to prevent powder coat friction abrasions during transoceanic transit. Sensitive electronics, including the radio shuttle vehicles and remote controls, are packaged in reinforced plywood flight cases with form-fitting high-density EVA foam.

Our systems utilize commercial-grade Lithium Iron Phosphate (LiFePO4) power modules rated for over 3,000 full charge-discharge cycles while retaining greater than 80% nominal capacity (representing approximately 8–10 years of typical two-shift daily usage). The integrated Battery Management System (BMS) continuously monitors cell balance, thermal levels, over-voltage, and short-circuit risks. Battery status is displayed directly on the handheld wireless remote control screen, warning operators when power drops below 15% so the vehicle can return automatically to the lane entry point before shutoff.