By using laser scanning and algorithms to obtain the position of the forklift in the environment, the software responsible for path planning plans the optimal path to achieve precise positioning and stable walking; Assisted by the end reflector, the forklift can accurately pick up and place pallets in the workstation. With this state-of-the-art hybrid laser navigation technology, it is possible to fully automate forklift driving and operations.
Hybrid laser navigation technology
Adopting SLAM navigation and end reflector laser hybrid navigation technology to achieve end positioning of ± 10mm.
Fully automated homework
Powerful algorithms and hardware support, completely replacing manual operation of forklifts, efficient and safe.
cost-effective
The navigation technology and controller are independently developed and manufactured, which is highly cost-effective compared to foreign brands.
Diversified selection of forklift body
Multiple specifications of forklift bodies are available to meet various usage scenarios.| model | FBR16-30 |
| Vehicle dimensions | L2100*W850*H2200(mm) |
| guidance method | SLAM+end reflector hybrid laser navigation |
| Walking direction | Forward and backward, turn left and right |
| contact method | wireless communication |
| Drive Type | Steering wheel drive |
| drive motor | DC24V |
| bearing capacity | 1.6T |
| increase height | 2800mm |
| Maximum operating speed | 90m/min |
| turning radius | 1650 |
| gradability | Less than 5 ° |
| 停止精度 | ±10mm |
| Charging and battery life | Automatic Charging/Manual Charging |
| Safety sensing range | 0-3M adjustable |
| Alarm form | audible and visual alarm |
| storage battery | Lithium battery/lead-acid battery |
| safety protection | Laser scanner+mechanical collision avoidance+emergency stop switch |
| lifespan | >10 years |
