EN
Wireless Charging Driverless AGV Stacker Robot | Automatic Pallet & Carton Transfer Vehicle for Warehouse
Built-in wireless charging module, fully automatic charging without manual operation
Driverless AGV intelligent navigation, supports automatic route planning and rerouting
Integrated stacking and handling function for pallets, cartons and packaged goods
Multi-sensor safety system for intelligent obstacle avoidance and emergency stop protection
High-precision automatic positioning, stable picking and placing of materials
Adaptable to narrow warehouse aisles and complex storage layouts
- Overview
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Product Advantages
Wireless contactless charging avoids cable wear and plug failure, longer service life
24-hour unmanned cyclic operation greatly improves warehouse handling efficiency
No manual driving required, effectively saves labor and management costs
Stable lifting and moving prevents carton and pallet material damage
Easy system integration with WMS/ERP, suitable for smart warehouse upgrading
Product Parameters
| Item | Specification |
| Navigation Mode | Laser / QR Code / Visual Navigation |
| Charging Method | Automatic Wireless Charging |
| Rated Load | 500kg–2000kg (Customizable) |
| Max Lifting Height | 1.6m–4.5m |
| Travel Speed | 0.3–1.2m/s (Adjustable) |
| Positioning Accuracy | ±5mm |
| Working Cycle | 24h Unattended Operation |
| Application | Warehouse pallet transfer, carton handling, goods stacking |
Product Description
This wireless charging driverless AGV stacker robot is a smart warehouse handling equipment dedicated to automatic pallet and carton transfer. Adopting advanced AGV navigation technology, it realizes fully autonomous driving, material picking, lifting and stacking without manual intervention.
Equipped with contactless wireless charging technology, the robot can automatically return and charge, supporting round-the-clock continuous operation. With high safety and precise positioning performance, it is perfectly suitable for automated warehouses, greatly improving logistics efficiency and realizing intelligent unmanned material handling.
