DL-FMR-C01 Counterweight Type Forklift AGV
DL-FMR-C01 Counterweight Type Forklift AGV
Forklift AGVs series including 4 types: carrying, stacking, forward-moving and count-balance forklift. Forklift AGV is highly automated, The lifting height can reach 5-7m, and the load can reach 5000kg, which widely used in smart logistics such as warehouse loading and unloading, materials transferring in many industries.
Specifiation:
Vehicle Dimensions
L2408*W1015*H1920 (mm)
Maximum load
600kg
Turning radius
1600mm
Lifting height
3000mm
Pallet type applied
Two-way entry, Field pallet
Pallet size
1200*1000(mm) / 1100*1100(mm)
Navigation
Laser positioning navigation
Navigation accuracy
±10mm
Stop accuracy
±10mm
Stop Angle accuracy
±1°
Walking direction
Forward, backward, turn left&right
Max travelling speed
1.2 m/s
Drive mode
Single steering wheel drive
Communication mode
WiFi / 5G
Charging mode
Side charging
Core Advantages:
1. With Laser positioning navigation, this forklift robot can plan path flexibly which can reduce ineffective walking and no need other ground positioning facilities.
2. The Maximum load can reach 600kg & the lifting height can reach 2900mm, can automatically load & unloading stack scenarios, suitable for both Two-way entry & Field pallet.
3. DAULFINLD’s self-developed Central Management Systems realize intelligent scheduling of multiple AGVs for complex material handling scenarios.
4. The vehicle is designed to have a long lifespan ≥10 years (excluding consumables). All the core components are durability guaranteed with high quality material & reinforcement design applied.
Daulfinld’s Service:
1. Customized Configurations:
DaulfinLd provides customized AGV machines, based on customer’s on- site environment, process requirements and safety standards.
2. Perfect After-sale Service:
Daulfinld provides global after-sale service, including AGV’s installation, debugging and preventative maintenance, as well as helping training technicians.
The FMR Forklift Robot by Daulfinld is a state-of-the-art AGV Forklift integrating LiDAR, SLAM, and vision-guided systems for real-time path planning and obstacle avoidance with ±10 mm accuracy. Its autonomous navigation adapts to dynamic environments, ensuring precision in high-density warehouses and production floors.
