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DATE: 2026/09/08

Automated Guided Vehicle Top Rated & Reliable

Automated Guided Vehicle Top Rated & Reliable

Automated Guided Vehicle

Our automated guided vehicle adopts advanced laser SLAM navigation technology, with a rated load of 1.5 tons and a maximum driving speed of 2 m/s, realizing high-precision flexible handling. SEER Robotics, as a source manufacturer that masters core algorithms and hardware research and development capabilities, provides you with the most competitive ex-factory price and faster delivery speed by eliminating the intermediate price difference.

Automated guided vehicle is mainly used in semiconductor manufacturing, auto parts production, 3C electronic assembly and intelligent warehousing logistics.

Navigation:
Laser SLAM
Sensing:
LiDAR
Load:
1500 kg

Automated Guided Vehicle Characteristics

Compact body with ton-class strong load:
The narrowest width of the body is 932mm, which can easily pass through narrow passages and has a rated load capacity of up to 1.5 tons, thus greatly improving the space utilization rate and handling efficiency of narrow lane storage.
360-degree three-dimensional protection all-round safety obstacle avoidance:
Supports up to 360-degree large-field scanning, integrates multiple protection mechanisms such as safety obstacle avoidance LiDAR, anti-collision strip, distance sensor and hardware self-inspection, and ensures the safety of man-machine shared environment operation in all directions.
Multi-carrier high-precision wide-angle identification technology:
Supports various sizes and types of trays, material racks and material cages, and can realize wide-angle high-precision independent identification and accurate docking of chuan-shaped pallets, nine-leg pallets and non-standard carriers.
High-efficiency cruise and 400000-square-meter super-large map construction:
The maximum driving speed can reach 2 m/s, and it has the ability to build and identify super-large-area maps up to 400000 ㎡, breaking through the limitation of site area and easily coping with large-scale storage scenes.
Long endurance experience of fast charging and fast changing dual batteries:
46A fast charging is supported, and 80% power is charged in 1 hour; The modular dual-battery combination design is adopted, with a maximum endurance of 8 to 10 hours and a 3-minute fast power change.
The dual-version certification covers the needs of the global market:
It provides two product variants: the domestic version and the CE-certified international version. The CE version conforms to internationalauthoritative certifications such as ISO 3691-4, EMC and RED, and fully meets the compliance deployment requirements of global customers.
Automated Guided Vehicle Detailed Structural Parameters Table
Specification Dimension Detailed Parameters Remarks
Product Model SFL-CBD15 / SFL-CBD15-CE Available in domestic and CE-certified versions
Navigation Mode Laser SLAM natural navigation Positioning accuracy ±10 mm, angle accuracy ±1°
Safety Protection 360-degree multi-LiDAR coverage and collision protection Equipped with emergency stop buttons, audible/visual indicators, and anti-collision bumpers
Rated Load 1500 kg Load center distance is 600 mm
Travel Speed Max 2 m/s CE version max speed (loaded/unloaded) is 1.4 m/s
Vehicle Dimensions 1712 x 932 x 1902 mm (Domestic version) Narrow body width, suitable for narrow aisles
Obstacle Clearance Slope < 5% / Step 10 mm / Gap 30 mm Adaptable to most standard industrial workshop floors
Battery & Runtime 48 V Lithium Iron Phosphate (LiFePO4) battery Dual-battery version runtime is up to 8 to 10 hours
Network Communication Supports industrial Wi-Fi seamless roaming Ensures stable transmission of high-frequency data during operation

Automated Guided Vehicle
Contrast Point

The automated guided vehicle is different from traditional magnetic navigation or conventional handling equipment. Its core advantage lies in its extremely high scene adaptability and powerful environment drawing ability. In modern flexible factories with frequent changes in production lines, the equipment supports the construction of large-area maps of up to 400000 ㎡. Users do not need to make any physical modifications to the existing ground, and can quickly redraw complex driving routes only through the system background software. At the same time, relying on the unified intelligent scheduling system and multi-sensor fusion technology, this equipment can completely break the data island effect in the factory area and easily carry out in-depth communication and interconnection with various vehicles and various special equipment. Even in a highly dynamic change workshop with frequent human-computer interaction, it can rely on 360-degree wide-angle protection and efficient fast charging scheme to maintain low failure rate and continuous and stable high-beat transportation output.

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To solve the problem of large-scale equipment passage in narrow passages:
SEER Robotics solved the problem of efficient passage in narrow passages through 932mm ultra-narrow body design in view of the pain points of narrow passages in workshops and difficulty in turning and docking of traditional equipment.
End the identification misjudgment of multi-vehicle mixed connection:
In view of the difficulty of automatic identification of special-shaped trays and non-standard racks, SEER Robotics relies on high-precision wide-angle identification algorithm to solve the problem of high-precision automatic docking of various vehicles.
Overcome the endurance anxiety fault under high-intensity operation:
In view of the problem that frequent shutdown charging affects the continuous production rhythm, SEER Robotics solves the demand of all-weather continuous uninterrupted operation through the combination scheme of 1-hour fast charging and dual batteries.

Instructions For Use Of The Automated Guided Vehicle

One‑Touch Startup and Network Access:
Turn on the main power switch, wait for the control panel indicator lights to illuminate, and use the background management system to establish a successful connection to the workshop’s Wi‑Fi‑roaming‑enabled industrial network.
01
Environmental Scanning and Map Building:
Initiate mapping mode, and remotely control the device to navigate within the workshop. Using LiDAR SLAM, it scans the environment and generates a high-definition digital map with support for areas up to 400,000 square meters.
02
Rapid battery swapping and range maintenance:
When the battery level is low, a modular battery can be manually removed and replaced in under three minutes, or the vehicle can autonomously proceed to an automated charging station for recharging.
03
Daily Maintenance and Sensor Cleaning:
Regularly wipe the LiDAR protective cover and the safety obstacle‑avoidance radar around the unit with a lint‑free cloth to ensure they remain free of dust, thereby maintaining high‑precision obstacle avoidance.
04

Automated Guided Vehicle For People

Managers of 3C electronic manufacturing enterprises:

For smart phones or computer assembly lines, these enterprises need to change production lines frequently and require extremely high docking accuracy of components. This product can achieve highly flexible deployment, to meet the precision and non-destructive operation.

Semiconductor foundry sourcing:

Production lines for cleanroom environments. The pure trackless operation of the equipment does not produce additional dust, combined with high-precision positioning, to meet the high-frequency safe and dust-free connection of crystal boxes between machines in different processes.

Auto parts supplier executives:

Suitable for auto parts workshops that need to handle large volumes of materials. The equipment supports heavy-duty transportation from hundreds of kilograms to tons, helping the factory to realize on-time and accurate distribution of materials in stamping or assembly workshops.

Large-scale intelligent warehousing and logistics centers:

For decision makers in warehousing centers who need to handle large volumes of goods and high-throughput orders. The product provides all-weather unmanned intelligent handling, greatly reducing labor costs and improving the efficiency of entry and exit.

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

Q1: How long can the automated guided vehicle run continuously when it is fully charged?
A1: The battery life of the single battery version is 4 to 6 hours, and the comprehensive battery life can reach 8 to 10 hours when equipped with a dual battery combination.
Q2: How long does it take to charge the device from 10% to 80%?
A2: The device supports 46A fast charging, and it only takes 1 hour to charge the battery from 10% to 80%.
Q3: What specific requirements does this product have for the flatness and obstacle crossing of the running ground?
A3: The equipment supports a slope of less than 5%, and can smoothly overcome steps with a height of 10mm and grooves with a width of 30mm.
Q4: What types of pallets or carriers can the equipment identify and handle?
A4: Supports open pallets, nine-legged pallets, non-standard pallets, and racks and net cages of various specifications.
Q5: How does LiDAR ensure safe obstacle avoidance in a complex industrial environment?
A5: The equipment is equipped with industrial-grade laser LiDAR and safety anti-collision strips, providing 360-degree wide field of view coverage, and combining with distance sensors to achieve three-dimensional obstacle avoidance.
Q6: Does the equipment have international general safety certification?
A6: CE version and Non-CE version are available. CE version has passed a series of international standard certification such as ISO 3691-4, EMC, UN38.3 and RED.