Brief introduction：
By using feasible robots such as forklift AGV, AMR robot, scheduling system, warehouse management system, and supporting software and hardware products, intelligent logistics management and transportation of the entire factory can be achieved, including intelligent three-dimensional warehouse, automatic storage and retrieval of three-dimensional warehouse, flat warehouse management and automatic storage and retrieval, line side distribution, automatic loading and unloading, and material turnover. This reduces the participation of material distribution personnel in the production process, improves production efficiency and production management level.
Advantage：
1、Laser navigation, no need to modify the environmen
Compatible with SLAM environment navigation and reflector navigation, flexible combination, suitable for various production environments
2、Multi machine collaborative operation, high efficiency
Scheduling multiple robots for 24-hour collaborative work, automatically assigning tasks based on production needs, and scheduling robots to execute the optimal path
3、Unmanned delivery, safe and stable
Improve production process flow, achieve unmanned operation, avoid errors due to fatigue, and ensure safety and stability
4、Digitalization of production and visual management
Data management of goods and transportation information throughout the entire process, with traceable production
5、Simple operation and low cost
The project deployment is simple, the cycle is short, the maintenance is convenient, the cost is low, and it can be operated across floors and regions, greatly reducing labor costs
6、Fully independently developed and customizable
The entire software and hardware system is completely independently developed, and subsequent upgrades and iterations are simple. It can be customized according to customer needs for functionality.
Customer revenue：
1、Lmprove production efficiency
Automated management of warehouses, distribution of production materials, inbound and outbound of finished products, and turnover of buffer areas, achieving advance stocking and scheduling, and improving overall production efficiency.
2、Cost reduction
Implement unmanned operations, reduce personnel involvement, and lower labor costs.
3、High return rate
The project has a 1-2 year recoverable cost
4、Easy to operate and maintain
The project implementation cycle is 15-30 days, easy to operate, and the subsequent maintenance of the project is simpl
| Model | Portable forklift | |
| Basic parameters | Appearance dimensions (L * W * H) (mm) | 1900*800*2000 |
| Self weight (including battery) (kg) | 750 | |
| Load capacity (kg) | 2000/3000 | |
| Standard lifting height (mm) | 125 | |
| Fork size (s/e/l) (customizable) (mm) | 64/170/1150 | |
| Fork outer width (mm) | 540/680 | |
| Height of fork surface above ground (mm) | 85 | |
| Performance | Operating speed (adjustable in sections) (mm/s) | 0-1500 |
| Navigation method | SLAM navigation/reflector navigation | |
| Repetitive positioning accuracy (mm) | ±10 | |
| Lifting speed full load/empty load (mm/s) | 47/65 | |
| Descent speed full load/empty load (mm/s) | 75/70 | |
| Minimum turning radius (mm) | 1627 | |
| Maximum climbing gradient with full load/empty load (%) | 5/8 | |
| Sports Style | Forward and backward, turn left and right, rotate in place | |
| Minimum channel width (mm) | 2900 | |
| Power battery | Lithium battery type | Lithium iron phosphate |
| Battery capacity | 24V/202AH | |
| Rated operating time (h) | 6-8 | |
| Full charging time (h) | 2 | |
| Safety protection | Laser collision avoidance | Standard configuration |
| Fork tooth detection (photoelectric/ultrasonic) | Standard configuration | |
| Mechanical collision prevention | Standard configuration | |
| Emergency stop button, sound and light alarm, cargo detection | Standard configuration | |
| Spotlight warning | Standard configuration | |
| 3D visual recognition tray | Optional selection | |
| 3D visual collision avoidance | Optional selection | |
| Other | Car display screen | 13.3-inch touch screen |
| Operation mode | Manual/Automatic | |
| Charging mode | Manual/Automatic | |
| Communication method (roaming) | Wireless communication | |
