Introduction:
The use of easy robot forklift AGV, AMR robot, scheduling system, warehouse management system and supporting software and hardware products, to achieve the whole plant intelligent logistics management and transportation, including intelligent stereo warehouse, stereo warehouse automatic in and out of storage, flat warehouse management and automatic in and out of storage, line side distribution, automatic loading and unloading and material turnover and other internal and external logistics handling. Reduce the participation of material distribution personnel in the production process, improve production efficiency and production management level.
Advantages:
1, laser navigation, no need to transform the environment
Compatible with SLAM environment navigation and reflector navigation, flexible combination, suitable for a variety of production environments
2, multi-computer collaborative work, high efficiency
Multiple robots are scheduled to work collaboratively 24 hours a day, and tasks are automatically assigned according to production requirements, and robots are scheduled to execute the optimal path
3. Distribution is unmanned, safe and stable
Improve the production process, realize unmanned operation, will not make mistakes due to fatigue, safe and stable
4. Digital production and visual management
Goods information, transportation information throughout the data management, production traces to follow
5, simple operation, low cost
The project deployment is simple, the cycle is short, the maintenance is convenient, the cost is low, and the operation can be carried out across floors and regions, greatly reducing the labor cost
6, fully independent research and development, can be customized
The whole software and hardware system is completely independent research and development, the subsequent upgrade iteration is simple, and can be customized according to customer needs.
Customer Benefits:
1. Improve production efficiency
Automatic management of warehouse, raw material distribution, finished products in and out of warehouse and buffer turnover, to achieve advance inventory and list, improve the overall production efficiency.
2. Reduce costs
Realize unmanned operation, reduce personnel participation and reduce labor costs.
3. High rate of return
The project can recover the cost in 1-2 years
4, easy operation, simple maintenance
The project implementation cycle is 15-30 days, which is easy to operate and easy to maintain
Model number | Three way forklift | |
Basic parameters | Appearance size (L*W*H) (mm) | 3000*1550*3160 |
Weight (including battery) (kg) | 5600 | |
Load capacity (kg) | 1500 | |
Standard lifting height (mm) | 4500 (2500-9000 optional) | |
Fork size (s/e/l) (customizable) (mm) | 50/125/1200 | |
Fork outer width (mm) | 265-760 | |
Cargo fork surface ground height (mm) | 50 | |
Performance | Running speed (subsection adjustable) (mm/s) | 0-1000 |
Navigation mode | SLAM navigation/Reflector navigation | |
Repeat positioning accuracy (mm) | ±10 | |
Lifting speed Full load/no load (mm/s) | 200/250 | |
Descent speed Full load/no load (mm/s) | 340/340 | |
Minimum turning radius (mm) | 1980 | |
Maximum climb Full/no load (%) | 5/8 | |
Mode of movement | Forward and backward, turn left and right, rotate in place | |
Minimum channel width (mm) | 1650 | |
Power battery | Lithium battery type | Lithium iron phosphate |
Battery capacity | 48V/405AH | |
Rated running time (h) | 6-8 | |
Full charging time (h) | 2 | |
Safety protection | Laser collision avoidance | Standard equipment |
Tooth detection (photoelectric/ultrasonic) | Standard equipment | |
Mechanical collision avoidance | Standard equipment | |
Emergency stop button, sound and light alarm, cargo detection | Standard equipment | |
Spotlight warning | Standard equipment | |
3D visual recognition tray | Standard equipment | |
3D visual collision avoidance | Fit and match | |
Others | Vehicle mounted display screen | 13.3 inch touch screen |
Mode of operation | Manual/automatic | |
Charging mode | Manual/automatic | |
Communication mode (roaming) | Wireless communication |