Products Description
HLD Shelves is a leading innovator in Shuttle Storage Systems. Our engineered solutions maximize warehouse space utilization and operational efficiency through fast, precise, and reliable storage and retrieval of pallets and smaller unit loads.
The Shuttle Storage Rack System is a high-density automated warehousing solution integrating intelligent shuttle cars, rail-based racks, and a dispatch control system. Operating on a "rack rail + wireless shuttle + forklift synergy" model, it enables automated pallet handling with over 80% space utilization (5-6x denser than conventional racks), supporting FIFO/FILO workflows. Ideal for modern logistics demanding both efficiency and flexibility.
Key Benefits of Our Shuttle Storage Systems
1.Dramatic Space Optimization
Store up to 60%more pallets/loads vs.conventional racking–reducing warehouse footprint and lowering operational costs.
2.Accelerated Throughput
High-speed automation handles large volumes with pinpoint accuracy,boosting productivity while cutting labor expenses.
3.Engineered Safety
Integrated sensors,emergency stops,and collision prevention ensure operator and cargo protection.
4.Tailored Flexibility
Custom-configured for any warehouse layout,backed by comprehensive consulting,installation,and maintenance services.
Core System Features
1.Corrosion-Resistant Construction
Full anti-rust treatment for extended lifespan.
Electrostatic spray coating prevents electrical hazards.
2.Durable Material Science
Cold-rolled steel framework enables versatile configurations.
Color-coded powder coating for visual management.
3.Robust Radio Shuttle Technology
8-hour continuous runtime per charge cycle.
Pallet-position sensors enable autonomous operation.
Modular shell design simplifies maintenance.
Industry-standard components ensure rapid repairs.
Why Customers Choose HLD Shelves:
1.Productivity Multiplication:Forklift operators save 70%+travel time.
2.Damage Elimination:No rack contact during putaway/retrieval.
3.Future-Ready:Scalable automation for evolving throughput demands.
