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DATE: 2026/10/15

Automated Guided Vehicles AGVs Latest Edition

Automated Guided Vehicles AGVs Latest Edition

Automated Guided Vehicles AGVs

SEER Robotics’ automated guided vehicles AGVs feature a 2-ton payload capacity and high-precision navigation, enabling efficient material handling in narrow aisles. SEER Robotics is a globally leading robotics company specializing in Robot Brain technologies and intelligent robots, delivering autonomous material-handling solutions backed by in-house R&D and a full-stack control system.

It is primarily used for automated material handling in industries such as automotive manufacturing, electronics assembly, third-party warehousing and logistics, and tool manufacturing.

No-load speed:
1.66 m/s
Rated speed:
1.5 m/s
Total battery life:
10 hours
Automated Guided Vehicles Agvs SFL-CBD20

Automated Guided Vehicles AGVs Characteristics

Two tons of super-large load and narrow passage:
the SFL-CBD20 offers a rated load capacity of 2,000 kg and a body width of only 960 mm , which can shuttle freely in narrow workshop passages and greatly improve space utilization.
Long battery life and fast power exchange design:
equipped with large-capacity modular battery, a single charge can provide up to 10 hours of comprehensive battery life. It supports manual battery replacement in as little as three minutes, ensuring uninterrupted, efficient all-weather operation.
Forty-meter ultra-long detection and multi-layer protection:
equipped with LiDAR with a detection range of up to 40 meters, providing a wider view. Combined with the four-layer three-dimensional safety protection mechanism, instant braking in case of obstacles, all-round protection of the field safety of man-machine mixed operation.
Intelligent pallet recognition and precise docking:
Built-in AI deep learning vision algorithm can adaptively recognize pallet features of various colors and sizes. Even when lighting is poor or the pallet is skewed, the AI vision algorithm enables adaptive pallet recognition and precise pickup. The vehicle's navigation positioning accuracy is ±10 mm.
Double-spring shock absorption and powerful hydraulic system:
The whole system is equipped with a double-spring shock absorption structure for the driving wheel and an enhanced hydraulic cylinder, which effectively prevents the vehicle from slipping on slippery or uneven ground, and greatly improves the overall operation during full-load transportation. reliability.
Laser natural contour navigation without transformation:
the use of advanced laser SLAM navigation technology, no need to lay magnetic strips or reflectors on the factory floor. The vehicle independently locates and builds maps according to the natural physical contours of the site, greatly reducing the cost of automation transformation.
Automated Guided Vehicles Agvs Core Technical Specifications
Parameter name Detailed Specifications
Product Model SFL-CBD20
Navigation methods Laser SLAM
Rated load 2,000 kilograms
Body size 1720 x 960 x 2090 mm
Standard lifting height 205 ± 5 mm
Minimum turning radius 1360 mm
Fully loaded driving speed 1.5m/s
Unloaded driving speed 1.66m/s
Navigation and positioning accuracy ±10 millimeters
Combined battery life 10 hours

Automated Guided Vehicles Agvs Comparison Point

The SFL-CBD20 supports laser SLAM navigation with no magnetic strips or reflectors required, and is also available with reflector and natural-feature navigation options. Compared with traditional magnetic-navigation AGVs, it requires no facility modification, enabling faster deployment and lower cost for future route changes. On-site deployment is more flexible and fast, and the cost of later route adjustment and expansion is extremely low.
Combining a high-intensity hydraulic system with drive wheel shock absorption design, the vehicle can remain stable when dealing with complex and uneven ground. Compared with ordinary handling equipment on the market, its anti-slip ability and operating stability under full load are significantly improved.

Automated Guided Vehicles Agvs
Difficulty in transferring large materials in narrow passages:
With its ultra-narrow body and extremely small turning radius, it completely solves the problem of heavy materials being difficult to turn around in compact workshops.
Mixed fields of multiple brands of equipment cause traffic deadlocks:
equipped with a global dispatching system, optimal path planning is used to effectively resolve congestion and conflicts among multiple vehicle models in dense work areas.
Non-standard pallet docking is very prone to deviation:
use self-developed AI visual models to deeply solve the fork removal failure and rollover hazards caused by pallet damage or crooked placement.

Automated Guided Vehicles Agvs Instructions

On-site environmental scanning and mapping
By controlling the vehicle to walk around the workshop, the system will automatically scan physical contour features through LiDAR to quickly construct a high-precision global two-dimensional map.
01
Business Site and Path Planning
Click Add Pickup and Drop-off Site on the software map. The system automatically generates the main road for vehicles to travel on and intelligently plans a smooth optimal execution path.
02
Vehicle model online configuration
The dimensions and characteristic parameters of various pallets on site are entered online in the visual configuration module, and the AI recognition function is enabled to ensure a high fault tolerance rate for docking.
03
One-click delivery of transport tasks
The vehicle automatically responds to and executes transport orders by placing them with one click through the external management system or mobile terminal. On-site personnel can view the vehicle’s precise location in real time.
04

Automated Guided Vehicles Agvs For People

Automotive complete vehicle and parts manufacturing engineer

Suitable for manufacturing workshops that need to handle high-frequency transfer of components such as heavy engines. This product can achieve high-precision docking from the line side warehouse to the final assembly line, replacing heavy manual labor and ensuring the absolute punctuality and safety of material flow in the automobile production line.

Third-party warehousing and logistics system operation and maintenance experts

Designed specifically for logistics management teams in large distribution centers. The vehicle can be seamlessly connected to the three-dimensional warehouse and conveyor line, and the order status can be tracked in real time through full-process digital scheduling, significantly improving the entry and exit accuracy in high-throughput environments.

Production line planners in the electronic communications industry

For planners who handle mixed-line production of multiple product models. This equipment can realize the intelligent handling of finished product pallets in a compact electronic dust-free workshop channel, comprehensively improving the efficiency of outbound transfer and optimizing the space utilization rate of the factory channel.

Tool and hardware manufacturing site manager

Suitable for field teams facing one-way traffic restrictions and complex material flow. Combined with the intelligent scheduling system, it provides optimal site layout and call logic, effectively solving the handling problems of small tool workshop space and diverse materials.

Certificates And Factories

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As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

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FAQ

A: Does the vehicle need to be modified from the physical environment of the existing factory to operate?
Q: Absolutely not. The vehicle uses advanced laser SLAM natural contour navigation technology, which can accurately locate and autonomously drive directly according to the physical characteristics of the on-site environment without the need to lay any magnetic strips.
A: How can the safety of the vehicle be guaranteed when encountering narrow passages or dynamically moving obstacles?
Q: The vehicle is equipped with a four-layer three-dimensional safety protection mechanism and LiDAR with a large field of view. When encountering sudden obstacles, millisecond-level safety braking will be triggered, and local paths will be autonomously planned for intelligent detours when necessary.
A: What is the vehicle’s battery life and can it support high-intensity continuous operations around the clock?
Q: The vehicle is equipped with a large-capacity modular battery, which can provide up to ten hours of comprehensive range on a single full charge. In addition, the design supports manual replacement of batteries within three minutes, meeting the needs of uninterrupted operation.
A: If dozens or even hundreds of vehicles of this model are running at the same time in the factory, will the system be congested?
Q: Absolutely not. The vehicle is used in conjunction with the company’s independently developed robot centralized dispatching system. It can easily support the concurrent dispatching of more than 100 vehicles in a single area, intelligently assign tasks and completely solve traffic deadlocks.
A: There are many types of pallets available and they are not arranged in a regular manner. Can the vehicle complete docking accurately?
Q: It can be docked accurately. The vehicle has an advanced AI vision algorithm module built in, which can adaptively identify multiple sizes and tilted pallets with high precision, ensuring that every fork-and-grab operation is accurate, safe and stable.
A: What are the vehicle’s maximum speed and maximum load?
Q: This model of vehicle has a rated load of up to 2,000 kg, a maximum driving speed of 1.66 m/s when unloaded, and a maximum driving speed of 1.5 m/s when fully loaded. It can efficiently meet the vast majority of heavy material handling needs in the factory.