DATE: 2026/06/11
Autonomous Pallet Robots
SEER Robotics' autonomous pallet robots are positioned in the global high-quality industrial automation market and are intelligent handling devices that integrate core controllers, LiDAR, and lifting systems. The product adopts advanced LiDAR SLAM and natural feature positioning technology; the body structure is compact, tailored for the narrow channel environment of dense storage, and realizes fully autonomous path planning, trackless navigation, and efficient integrated control of hands, eyes, and feet. The series covers a variety of load versions such as 1T to 3T, with a maximum driving speed of 2 m/s and a repeated positioning accuracy of ± 10 mm, fully adapting to the complex industrial environment of 0°C to 50°C. Equipped with high compatibility of AI-carrier multi-angle identification and a four-layer safety protection system, with 1 hour of fast charging and 3 minutes of fast power change characteristics, through a seamless connection of Roboshop and the RDS system, it brings significant cost reduction and efficiency results to the manufacturing and warehousing industry.

The equipment has a body width of 932mm and a maximum speed of 2 m/s. It has a load of 1.5T and 360-degree safety protection. It is suitable for 3C electronic workshops, medical storage, and dense channel transportation.

The product has a 2T load and 10h strong endurance, supports three navigation modes and 10mm positioning accuracy, and is suitable for automobile manufacturing, new energy battery production, and automatic material transfer.

The forklift has 3T high-load gravity and 4-layer three-dimensional safety protection, integrates an AI pallet multi-angle adaptive recognition algorithm, and is suitable for heavy machinery assembly, semi-finished product transportation, and heavy-load storage.

The width of the car body is only 400 mm and supports real-time vehicle identification. It has 10 mm navigation accuracy and flexible customization characteristics. It is suitable for narrow channel logistics circulation, elevator cross-floor, and non-fixed material cage picking and placing.

The product has passed CE safety certification, and the vehicle width is only 500 mm. It supports depth-camera AI vehicle identification and 360 protection. It is suitable for overseas standard factories, elevator cross-floor transportation, and narrow-track dense storage.

The equipment developed by SEER Robotics has 360° omnidirectional steering and 3D navigation LiDAR, supports 1.8 m roadway traversal, and is suitable for extremely narrow and dense warehouses and multi-directional flexible transportation and docking of warehouses.

SLAM navigation with an accuracy of ± 10 mm is adopted, equipped with a thin body and 360 three-dimensional safety protection, and suitable for high-level shelf stacking, ultra-narrow channel operation, and semiconductor dust-free workshops.
Using the industry-leading LiDAR SLAM and natural feature positioning algorithm, the repeated positioning accuracy can reach ± 10 mm without modifying the on-site environment, effectively reducing mechanical errors and ensuring accurate fork docking.
Based on the SEER Robotics core controller, the deep integration of chassis, vision, and lifting system is realized, non-standard cable connection is reduced, and the system stability and response speed under industrial-grade high-load continuous operation are greatly improved.
After industrial-grade structural optimization, the robot has an ultra-small turning radius, and the narrowest car body width is only 932 mm, which can easily pass smoothly in a dense storage environment or narrow station roadway and smoothly complete a U-turn.
the integration of deep learning technology can not only adaptively identify pallets, material racks, and material cages of various colors and specifications but also accurately identify pallets wrapped with film or damaged pallets, thus realizing multi-angle, high-precision, and stable fork taking.
equipped with a large-capacity lithium iron phosphate battery, supporting high-efficiency fast charging and flexible configuration of single and double batteries, with a single battery life of up to 10 hours; supporting fast power exchange architecture, beginners can easily complete battery replacement within 3 minutes.
standard 3D obstacle avoidance LiDAR, safety touch edge, distance sensor and hardware self-inspection form a four-layer three-dimensional safety protection net to realize ultra-long-distance obstacle detection and significantly reduce collision risks in complex dynamic environments