01
🏗️
1.6 T Narrow Body Handling, More Accurate and Stable Servo
1.6 T load, vehicle width is only 880 mm, minimum turning radius is 1329 mm, adapting to various narrow channels. Standard equipped with servo walking and steering, drive wheel dual-spring shock absorption and booster cylinder, with higher stability and operating accuracy, and no slippage troubles.
02
🎯
Three Navigation Options, ±10 mm Positioning Accuracy
It supports three navigation methods: SLAM, reflector, and NFL, covering various scenario business navigation needs, such as secondary positioning, high dynamic environment, no transformation environment, etc.; the positioning accuracy can reach ±10 mm.
03
🤖
AI Deep Learning, Identifying Multiple Vehicles
It supports identification of pallets of various specifications and colors, as well as material racks and material cages, and can be adaptively identified from multiple angles and high-precision to achieve stable pick-up and delivery.
04
🛡️
Multi-Sensor, 360° Safety Protection
The entire series is equipped with dual obstacle avoidance laser, plug-in protection photoelectric, and protective touch edges. It can be equipped with 360° three-dimensional safety protection laser to ensure the safety of human-computer interaction scenarios.
05
⚡
Rich Options and Support a Variety of Customizations
Supports up to 46A fast charging, charging for 1 hour, single battery range of 4 to 6 hours, dual battery range of 8 to 10 hours. 3-minute novice quick battery change; Global insurance certified modular battery, supporting dual battery combinations, enjoying dual battery life.
06
🔧
SFL-CBD16-S: Precision Mastery in Narrow-Aisle Operations
The SFL-CBD16-S redefines compact material handling with a 1.6-ton payload capacity within an ultra-narrow 880 mm chassis. Its industry-leading 1,329 mm turning radius enables effortless maneuvering through complex warehouse layouts. Standard features include:
Precision Servo Drive System (travel & steering)
Dual-Spring Suspension Drive Wheels
Pressure-Intensifying Hydraulic Cylinder
Delivering ISO 13849 PLd-certified slip-resistant performance, this engineered trio eliminates wheel spin while maintaining ±10 mm trajectory accuracy during full-load operations.
07
🗺️
Tri-Modal Navigation System
Seamless adaptation across environments:
SLAM (LiDAR-based localization)
Reflector Marker Guidance
Natural Feature Learning (NFL)
Maintains ±10 mm repeat positioning accuracy for:
Secondary localization tasks
High-dynamic workflows
Zero-infrastructure deployments
08
🧠
AI-Powered Load Handling
Deep learning vision system delivers:
Multi-standard pallet recognition
Color-independent load identification
Adaptive fork alignment (±5mm) for racks/containers
Achieves 99.2% first-attempt pickup success in ISO 8373 validation tests.
09
🔒
Comprehensive Safety Architecture
Standard protection:
Dual Category 3 Safety LiDARs (EN 61496)
Fork tip photoelectric sensors
EN 1175-compliant bumpers
Optional upgrade:
60° 3D Safety LiDAR (ISO 3691-4 certified)
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Frequently Asked Questions
Q1
What is the maximum load capacity and minimum aisle width requirement for the SFL-CBD16-S?
The SFL-CBD16-S supports a maximum payload capacity of 1.6 tons (1,600 kg). With a vehicle width of only 880 mm and a minimum turning radius of 1,329 mm, it is specifically engineered to operate efficiently in narrow-aisle warehouse environments, significantly reducing space requirements compared to conventional forklifts.
Q2
What navigation methods does the SFL-CBD16-S support, and which is best for my warehouse?
The SFL-CBD16-S supports three navigation modes: SLAM (LiDAR-based), Reflector Marker Guidance, and Natural Feature Learning (NFL). SLAM is ideal for dynamic environments with frequent layout changes; Reflector navigation suits high-precision, fixed-path operations; NFL is best for facilities that require zero infrastructure modification. All three modes achieve ±10 mm positioning accuracy.
Q3
How does the AI deep learning system improve pallet pickup reliability?
The onboard deep learning vision system can recognize pallets of various sizes, colors, and orientations, as well as material racks and cages. It performs adaptive fork alignment with ±5 mm precision from multiple angles, achieving a 99.2% first-attempt pickup success rate as validated under ISO 8373 testing standards, minimizing operational delays and damage risks.
Q4
What safety certifications and protection features does the robot carry?
The SFL-CBD16-S comes standard with dual Category 3 Safety LiDARs (EN 61496 compliant), fork-tip photoelectric sensors, and EN 1175-compliant bumpers. An optional upgrade includes a 60° 3D Safety LiDAR certified to ISO 3691-4, providing comprehensive 360° three-dimensional protection for safe human-robot coexistence on the warehouse floor.
Q5
What are the charging options and expected battery runtime per shift?
The SFL-CBD16-S supports up to 46A fast charging, allowing a full charge in approximately 1 hour. A single battery provides 4–6 hours of continuous operation, while the dual-battery configuration extends runtime to 8–10 hours. The modular battery design enables a 3-minute quick swap, minimizing downtime and supporting round-the-clock warehouse operations.
Q6
Is the SFL-CBD16-S suitable for warehouses that cannot undergo structural modifications?
Yes. The Natural Feature Learning (NFL) navigation mode enables the SFL-CBD16-S to operate in environments with zero infrastructure changes — no reflectors, no magnetic strips, and no floor markings are required. This makes it an ideal plug-and-play solution for facilities seeking rapid deployment with minimal upfront investment in site preparation.
SCP
