Navigation Method: Laser SLAM
Load Capacity: 1000kg
Turning Radius: 1600mm
Lifting Height: ≤4000mm
Walking Speed: ≤1.2m/s
Fork Width:280/750mm
Battery:Lithium battery
Dimensions: 2800*1700*2800mm
Driving Method: Servo wheel drive
Charging Method: Manual/automatic charging
Laser stack forklift AGV, with a load of 2000KG, can lift up to 6000MM. Based on data obtained from LiDAR sensors, SLAM algorithm is used to construct maps and perform positioning and navigation functions during robot movement. Advanced laser navigation technology does not require any markings on the ground or reflective panels. The robot can automatically stop/avoid obstacles during its movement, fork goods and place them in designated locations. Equipped with autonomous charging function. The robot designs multiple security protection strategies in terms of software and hardware, and is equipped with safety contacts and emergency stop buttons around the robot to ensure overall safety and stability.
Characteristic | Power Type | Electric | |
Driving Type | Automatic | ||
Navigation Mode | Laser | ||
Rated Load | Q (kg) | 2000 | |
Load Center | C (mm) | 600 | |
Load Distance | X (mm) | 550 | |
Wheelbase | Y (mm) | 1180 | |
Drive Wheel Size | (mm) | Φ250*85 | |
Auxiliary Wheel Size | (mm) | Φ210*70 | |
Front track Width | b11 (mm) | 2050 | |
Size | Total Height | h1 (mm) | 2800 |
Lifting Height | h3 (mm) | 6000 | |
Fork Height (at lowest) | h13 (mm) | 60 | |
Total Length | L1 (mm) | 2800 | |
Vehicle Length | L2 (mm) | 540 | |
Overall Width | b1(mm) | 1700 | |
Fork Size | s/e/l (mm) | 45X140X1150 | |
Fork Outer Width | b5 (mm) | 280/750 | |
Fork Rake | L4 (mm) | 1200 | |
Minimum Ground Clearance | m2(mm) | 60 | |
Right angle Stacking Channel Width,Tray 1000x1200mm | Ast(mm) | 1960 | |
Turning Radius | Wa(mm) | 1600 | |
Performance | Driving Speed No Load/Full Load | km/h | 7/8 |
Lifting Speed No Load/Full Load | mm/s | 120/190 | |
Lowering Speed No Load/Full Load | mm/s | 190/170 | |
Forward Speed | mm/s | 100/100 | |
Maximum Climbing Capacity Empty/Full Load | % | 3/3 | |
Braking Method | Electromagnetic brake | ||
Motor | Drive Motor Power | kw | 1*2 |
Steering Motor Power | kw | 0.4*3 | |
Lifting Motor Power | kw | 8.6 | |
Lithium Battery Voltage/Capacity | V/Ah | 48/210 | |
Lithium Battery Weight | kg | 150 | |
Steering Mode | Electronic steering |
1.Workshop material distribution, reducing workshop aisle operators, and creating a green chemical factory.
2.The stacking of factory warehouses makes warehousing more standardized and orderly, fully improving space utilization and transportation efficiency.