The Laser Navigation Forklift AGV represents a paradigm shift in automated material handling, engineered specifically for precise pallet cargo management in demanding industrial environments. Unlike conventional transport systems, this autonomous vehicle requires no physical guide rails or magnetic tapes on your facility floor, allowing for rapid, traceless deployment. The heavy-gauge carbon steel chassis provides a reassuringly solid foundation, while the polyurethane-coated drive wheels ensure smooth, low-noise movement across concrete or epoxy surfaces. By integrating variable driving paths and exceptional adaptability to complex layouts, this system fundamentally accelerates unmanned handling operations.
Facility managers and logistics planners rely on this carry-type AGV to streamline operations across diverse sectors. It is exceptionally suited for the rigorous demands of automobile manufacturing, electronics assembly, household appliance production, and new energy facilities. Furthermore, its clean operation and precise maneuverability make it an invaluable asset in storage warehouses, pharmaceutical plants, electric power stations, and tobacco processing centers. By automating repetitive transport tasks, facilities experience a tangible reduction in manual labor dependencies and a corresponding increase in operational throughput.
At the core of this automated guided vehicle lies an advanced 360-degree laser measuring system that continuously maps its surroundings with industrial-grade precision. The navigation module emits rapid laser beams to scan the spatial contours of the facility, measuring the environment in a highly detailed two-dimensional polar coordinate system. When the measuring light strikes strategically placed reflectors on the facility walls or structural columns, the sensor calculates the exact time of propagation from emission to reflection. This triangulation process determines the vehicle's position based on precise distance and angle calculations.
This sophisticated LiDAR-based approach eliminates the structural modifications required by older guidance technologies. The system achieves a remarkable navigation accuracy of ±10mm, ensuring that pallets are picked up and deposited with pinpoint exactness every single time. The absence of physical tracks means that virtual routes can be modified swiftly through the central software, offering unparalleled layout flexibility. As the vehicle glides through the aisles, the subtle hum of its electric drive and the faint, rhythmic pulse of the laser scanner serve as indicators of its continuous, calculated environment assessment.
| Product Name | Laser Navigation Forklift AGV | Product Dimensions | L2200mm*W800mm*H2200mm (Customizable) |
| AGV Model | SL-AGV-1000BY-01 | Turning Circle | ≥1500mm |
| Navigation Type | Laser Navigation | Navigation Accuracy | ±10mm |
| Walking Direction | Forward/Back/Turn | Stop Accuracy | ±10mm |
| Network Way | WIFI Network | Grade Ability | ≤5° |
| Drive Mode | Steering Wheel Control | Operating Mode | 24-hour operation |
| Drive Power | DC24V | Charging Mode | Manual Charging/Automatic Charging |
| Rated Load | 1000KG (Customizable) | Battery | Lead-acid Batteries/Lithium Batteries |
| Carrier Type | Pallet Handling | Alarm Method | Voice Alert +Starlight Alarm |
| Minimum Aisle Width | ≥2500mm | Design Life | ≥10 years |
| Running Speed | Straight forward 0-72m/min; Straight back 0-36m/min; Turning 0-18m/min. | ||
| Safe Induction Range | ≤3m is adjustable, the emergency braking distance is less than 20mm. | ||
| Security | Double protection of obstacle detection sersor and mechanical anti-collision mechanism. | ||
Human-machine collaboration demands uncompromising safety protocols. This AGV integrates a dual-mechanism safety framework featuring both advanced obstacle detection sensors and a mechanical anti-collision bumper. The system projects an adjustable safety induction range of up to 3 meters, divided into distinct zones. Upon detecting an obstacle in the warning zone, the vehicle initiates a controlled deceleration accompanied by clear voice alerts and a highly visible starlight alarm. If the obstacle enters the critical red zone, the emergency braking engages instantly, bringing the fully loaded vehicle to a complete halt with a braking distance of less than 20mm, ensuring total protection for personnel and infrastructure.
Operating via a stable WIFI network, the vehicle maintains continuous real-time communication with your central control system. This connectivity enables complex path planning, multi-vehicle collaborative tasks, and automated mission dispatching without human intervention. The central software monitors traffic flow, preventing bottlenecks and orchestrating a fluid 24-hour operation cycle that keeps your supply chain moving efficiently around the clock.
Engineered for high-intensity, long-cycle material handling, the standard configuration offers a formidable 1000KG rated load capacity, which can be fully customized to meet specific operational demands. To support continuous workflow, the power system accommodates both lead-acid and lithium battery options. The flexible charging architecture supports both manual intervention and automated charging stations, ensuring the vehicle remains powered and productive throughout intensive operational shifts.
Industrial environments are rarely uniform, which is why this forklift AGV is designed with superior maneuverability. With a minimal turning circle of ≥1500mm and the ability to navigate aisles as narrow as 2500mm, it excels in the confined spaces typical of pharmaceutical and electronic manufacturing facilities. Furthermore, the powerful drive system provides a gradeability of ≤5°, allowing the vehicle to smoothly transition across slight inclines and uneven floor joints without compromising the stability of the palletized load.
Built with a stringent design life exceeding 10 years, this automated vehicle represents a secure, long-term capital investment. By eliminating the ongoing maintenance costs associated with physical tracks and magnetic tapes, overhead expenses are drastically reduced. The ability to execute virtual route modifications swiftly means your logistics infrastructure can evolve alongside your business needs without incurring additional physical installation costs, ultimately delivering a rapid and substantial return on your automation investment.
