Core control system empowerment
Based on the unified control core as the robot brain, hand, eye, and body for integrated collaborative management, greatly reducing the multi-system stack debugging cycle.
DATE: 2026/06/26
SLAM Mobile Robot
SLAM Mobile Robot
SEER Robotics’ SLAM-enabled mobile robot leverages high-precision navigation algorithms and an integrated control core to achieve trackless autonomous mobility and intelligent obstacle avoidance in complex industrial environments. As an original equipment manufacturer with independent R&D capabilities, SEER Robotics directly addresses global customer needs, eliminating all intermediary layers to deliver highly competitive ex-factory prices, rapid bulk‑order fulfillment, and direct access to factory‑level technical support.
SLAM mobile robots are primarily used for the automated transport of materials in automotive manufacturing workshops, new-energy lithium-battery production lines, semiconductor cleanrooms, and automated warehousing and logistics systems.
Navigation type
Laser SLAM
Positioning accuracy
±10 mm
Angle accuracy
± 1°
SLAM Mobile Robot Features
High-precision navigation and positioning
The use of advanced laser navigation algorithms, without changing the existing operating environment on-site, can achieve positioning accuracy of ± 10 mm precision driving.
Multi-functional full-configuration protection
Standard 3D obstacle avoidance safety laser, laser protection, and hardware self-inspection with a 40 m detection distance and multi-layer safety linkage to ensure human-computer cooperation without worry.
Strong battery life and quick-change battery
Equipped with a high-capacity battery to ensure battery life up to 8 to 10 h, supporting convenient manual or automatic charging; beginners can complete a quick change in 3 minutes.
Digital system seamless docking
With one-stop implementation tools and a robot management system, quickly get through the fleet scheduling; it is easy to achieve seamless interconnection with the existing enterprise information system.
Super load and customized flexibility
Rated load up to 3000 kg, supporting intelligent cargo separation detection and software safe stacking; external width and size support flexible customization on demand.
Detailed Structured Parameter Table for SLAM Mobile Robot
| Parameter Classification | Detailed parameter items | SLAM mobile robot technical specifications |
| Basic parameters | Product Model | SFL-CPD30-Y |
| Basic parameters | Navigation type | Laser SLAM |
| Basic parameters | Operation type | Automatic navigation or manual control device |
| Physical properties | Rated load capacity | 3000 kg |
| Physical properties | Load center distance | 500 mm |
| Physical properties | Total weight (including battery) | 4700 kg |
| Physical properties | Standard lifting height | 3000 mm |
| Physical properties | External dimensions (length x width x height) | 3155 x 1420 x 2230 mm |
| running speed | Full load driving speed | 1.3 m/s |
| running speed | Unloaded driving speed | 1.5 m/s |
| Navigation accuracy | Navigation Position Accuracy | ±10 mm |
| Navigation accuracy | Navigation angle accuracy | ±1° |
| power system | Battery Specifications | 48 V / 300 Ah |
| power system | Combined battery life | 8 to 10 hours |
| power system | Charging time (10% to 80%) | 3 to 4 hours |
| Security Configuration | Braking distance (1 m/s) | ≤30 cm |
| Security Configuration | Braking distance (1.5 m/s) | ≤50 cm |
| Hardware configuration | LiDAR configuration quantity | 1 advanced radar + 3 auxiliary radars |
SLAM Mobile Robot Contrast Point
Compared with traditional magnetic stripe navigation or reflector navigation products, SEER Robotics SLAM mobile robot has extremely high deployment flexibility. It does not need to lay magnetic strips on the ground or paste reflectors on the wall and completely relies on advanced algorithms to build and navigate independently in unknown environments. At the same time, relying on its powerful controller technology, the product realizes the unified scheduling of the vehicle body, end effector, and visual perception system, avoiding the high failure rate and protocol incompatibility caused by multiple sets of scattered hardware.
The bottleneck of traffic in a dense and complex environment
SEER Robotics' stacker has a very small turning radius, and we have solved the problem that traditional material trucks cannot turn smoothly or are prone to scratches in narrow and dense shelf passages.
Cross-regional complex scheduling conflict
SEER Robotics’ scheduling system and collaborative controller. We solve the problem of vehicle deadlock and freight flow lag caused by cross-plant and cross-process connections in multi-vehicle collaborative work.
High dynamic scene positioning loss
With SEER Robotics' laser positioning algorithm with multi-type sensors, we solve the problem of robot navigation loss due to changes in reference objects in dynamic workshops where people and vehicles move frequently.
Instructions for Using SLAM Mobile Robot
Environmental map construction
The handheld control device guides the mobile robot to traverse the work area, uses the LiDAR on board to collect the characteristics of the surrounding environment, and generates a high-precision two-dimensional grid map.
01
Site and route planning
Import the established map in the implementation software; plan the driving path, stop station, and speed limit area according to the site station; and configure specific trigger actions such as pallet identification.
02
System collaborative docking
Through the standard open interface, the mobile robot management system and the existing management system of the factory are bound to the agreement, and the automatic dispatch and vehicle scheduling instructions are issued.
03
Daily maintenance and power change
When the vehicle prompts low power, the on-site personnel can manually replace the battery module by side pull within 3 minutes, or the vehicle can drive to the automatic charging pile for energy supplement.
04
SLAM mobile robot for people
Automobile and parts manufacturing enterprises purchaser
Suitable for the need to complete the automobile assembly line material handling and stamping workshop large load flexible transfer; hope to improve the line-side logistics automation rate of factory customers.
New energy lithium battery and photovoltaic manufacturers
Suitable for coating, winding, assembly, and other complex process segments; high-value materials such as high-precision docking and clean handling requirements of manufacturing enterprises.
3C Electronics and Semiconductor Wafer Factory
It is suitable for technical teams that have strict restrictions on dust-free grade, frequent material turnover, and need mobile robots to achieve end-to-end precise docking with roller lines and machines.
Warehouse logistics system integrators
Suitable for technical integrators who are undertaking large-scale intelligent storage projects and need to introduce standardized hardware bases that support high-level shelf pallet identification, material cage stacking, and open and easy-to-develop software systems.
Certificates And Factories
FAQ
Q: Will this SLAM mobile robot lose its positioning in a workshop with large dynamic changes?
A: The product collects the contours of the surrounding environment through LiDAR and combines the multi-sensor fusion algorithm to maintain high-precision and stable positioning even if there are people walking around or temporarily placing materials on site.
Question: How does the vehicle realize accurate fork picking for pallets of different specifications?
Answer: The vehicle can be equipped with a pallet recognition function, which can autonomously sense the actual position and tilt angle of the pallet through the three-dimensional vision sensor and automatically fine-tune the outer width and insertion posture of the fork.
Q: How to connect the mobile robot to the existing WMS or MES system in our factory?
A: We provide system software and robot management systems, support rich standard API interfaces, and can realize efficient and seamless connections with the mainstream enterprise information management system.
Q: How can the vehicle’s braking distance and safety performance be guaranteed under a full load of 3000 kg?
A: The vehicle is equipped with 3D obstacle avoidance radar, a safety touch edge, and an emergency stop button, and the braking distance is strictly controlled within a safe range when driving at 1.3 m/s with a full load, and automatic deceleration or braking will be triggered when encountering obstacles.
Q: How long does it take for the battery to be fully charged? Which charging method is supported?
A: Equipped with a 48 V / 300 Ah, a large-capacity battery; it only takes 3 to 4 h to charge from 10% to 80%. The system supports two modes of manual charging and automatic charging to the charging pile.
Q: What is the outer width range of the fork? Can the size be customized?
A: The outer width adjustment range of the fork is 450 mm to 750 mm. As a source manufacturer, we can provide size customization services according to your actual cargo size, channel width, and special operating requirements.
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