DATE: 2026/05/22
Slam Robotics High Performance & Durable
Slam Robotics High Performance & Durable
SEER Robotics is positioned as a global leader in industrial intelligent robotics, with controllers at the core of its technology. Its SLAM-based robotic products feature the SRC‑series controller as the “robotic brain,” integrating LiDAR SLAM and natural‑feature‑based localization technologies, and encompass a range of form factors, including the company‑developed AMB‑series mobile platforms, intelligent forklifts, and collaborative robots. In conjunction with the Roboshop one-stop implementation toolkit and the RDS management system, we provide global integrators with an end-to-end intelligent mobile platform spanning from underlying hardware to upper-layer software, helping to drive the digital transformation of industrial logistics. The core advantage of this product line lies in its ability to enable efficient deployment without requiring any modifications to the existing site conditions, with repeatable positioning accuracy reaching ±10 mm. The product has a strong structure and strong environmental adaptability; the highest operating speed can reach 2 m/s, and it has obtained the world’s first AMR controller safety certificate. Through modular design and open software ecology, the SEER Robotics solution significantly improves the flexibility and automation level of the production line, ensuring stable operation in complex industrial scenarios such as 3C electronics, semiconductors, and new energy.
Autonomous Pallet Truck SFL-CBD15
The robot uses LiDAR SLAM navigation and runs at a speed of 2 m/s, realizing 360 safe transportation of a 1.5T load with a 932 mm narrow body. Mainly used in 3C electronics, semiconductors, automobile manufacturing, and the new energy industry.
Autonomous Pallet Truck SFL-CBD20
Supports a 2T strong load and AI pallet identification and realizes 10 mm positioning accuracy and 10 h long-term endurance through LiDAR technology. Mainly used in third-party logistics, heavy manufacturing, e-commerce warehousing, and food processing.
Autonomous Pallet Truck SFL-CBD30
It has a 3T ultra-high load handling capacity, combined with LiDAR safety protection with a 40 m detection distance and 1.5 m/s operation speed to ensure stable operation. Mainly used in building materials, mechanical processing, metal manufacturing, and large storage.
Single Fork Autonomous Forklift SFL-300L
The width of the body is only 400 mm, and LiDAR SLAM navigation and modular design are used to realize accurate picking and placing of 300 kg of materials in a 600 mm narrow channel. Mainly used in precision instruments, pharmaceutical production, electronic assembly, and the textile industry.
SEER OneFork 300 SOF-300EU
Passed CE safety certification and has a very narrow width of 500mm. LiDAR and AI identification technology are used to realize flexible handling of European standard pallets of 0.8 m/s. Mainly used in multinational logistics centers, export processing zones, fast consumer goods workshops, and auto parts.
Small Stacker Autonomous Forklift SFL-CDD14
With a 1.4T stacking load and 10 mm navigation accuracy, LiDAR realizes 360° stereo protection and supports 1.5 m/s efficient driving. Mainly used in high-shelf warehouses, new energy battery factories, 3C electronic warehouses, and rail transit.
SEER Omnidirectional Stack 1000 SOS-1000:
Supports 360° omnidirectional movement and transverse movement functions and uses 3D LiDAR to complete high-density storage of 1T goods in a 1.8m extremely narrow channel. Mainly used in aerospace, automotive stamping, heavy mold library, and integrated circuit factories.
SLAM Robotics Features
High-precision repeated positioning to meet the needs of precision docking
Based on the core controller, the robot can achieve a repeated positioning accuracy of plus or minus 5 mm. This enables the robot to accurately dock with the production line in material transfer, pallet stacking, and other links, effectively reducing the risk of downtime caused by displacement deviation.
One-stop implementation tool to shorten the project online cycle
Through graphical implementation software Roboshop, users can quickly complete environmental map construction and logic editing. This deployment method allows enterprises to complete the formation and testing of robot fleets in a very short time, significantly reducing project implementation costs.
Trackless LiDAR SLAM navigation for flexible response to dynamic environments
LiDAR fusion navigation technology eliminates the need to paste QR codes or magnetic strips on the ground. Even on the frequently changing factory floor, the robot can plan the optimal path in real time and avoid obstacles intelligently, ensuring the continuity of logistics handling tasks.
Safety controller blessing, in line with international functional safety standards
built-in through safety certification. The SRC series controller integrated multi-level safety protection logic. The robot supports 360-degree detection and can smoothly slow down or emergency stop when obstacles are detected, ensuring safe operation in man-machine collaboration scenarios.
Cluster scheduling system to optimize multi-machine collaboration efficiency
With the RDS robot management system, it supports mixed scheduling of robots of different types and functions. The system can automatically assign tasks and plan driving routes, effectively avoid logistics traffic congestion, and improve the overall storage transfer rate.
Industrial-grade structure design and stable and reliable operation
the chassis structure is compact and sturdy, and the maximum load operating speed is stable at 1.5 m/s. This series of products has undergone rigorous industrial environmental resistance tests to ensure long-term operation in scenarios with extremely high requirements for cleanliness and stability, such as 3C electronics and semiconductors.
SLAM Robotics Applicable Crowd
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