Key Advantages
Ultra-Compact 400mm Body for Narrow Aisles
The body width is only 400 mm, with a minimum passage width of 600 mm and a turning radius of 600 mm, perfectly adapting to narrow aisles; the chassis ground clearance is just 20 mm, easily passing through scenarios like elevators.
4 Navigation Options with ±10mm High Precision
Supports 4 navigation methods (SLAM, QR code, reflector, NFL), covering navigation needs of various scenarios (e.g., secondary positioning, high-dynamic environments); ±10 mm precision ensures accurate positioning.
Real-Time Carrier Recognition
Equipped with a carrier recognition camera, it supports real-time carrier identification. Stable loading/unloading can be achieved even when trolley wheels are not fixed.
Modular Design for Flexible Customization
Modular assembly allow customized fork and robot height, color, and logo to flexibly adapt to various application scenarios.
360° Safety Protection
Built-in safety devices including navigation LiDAR, obstacle avoidance LiDAR, 3D camera, and safety bumpers provide comprehensive protection.
Frequently Asked Questions
What is the maximum load capacity of the SFL-CBD300L?
The robot is designed to handle a rated load capacity of up to 300kg safely and efficiently.
How does the robot navigate in a warehouse?
It utilizes Laser SLAM as its primary navigation mode, but also supports QR codes, reflectors, and NFL for diverse environment needs.
Can this AGV work in narrow warehouse aisles?
Yes, with a compact 400mm body width and a 600mm turning radius, it is ideal for narrow aisle operations.
What safety measures are implemented in this robot?
It features 360° protection using navigation/obstacle avoidance LiDAR, 3D cameras, emergency stop buttons, and acoustic-visual indicators.
How long does the battery last and how is it charged?
The battery provides approximately 8 hours of runtime. It supports both automatic and manual charging, taking about 1.5 hours to reach 80% charge.
Is the robot customizable for specific logistics needs?
Yes, the modular design allows for customization of fork dimensions, robot height, and visual branding elements.