Fast-Deploy Stacker Fork AMR for Manufacturing & Warehousing
SEIT F1500S is a stacker-type fork autonomous mobile robot (AMR) designed to automate floor-to-shelves pallet transport in dynamic warehouse environments, enabling flexible, precise, and safe material handling even in narrow aisles.
Contact UsOverview
- PAYLOAD 1500 kg 3300 lbs
- MAX LIFT HEIGHT 3000 mm 9.8 ft
- MAX SPEED 2 m/s 4.47 mph
- DIMENSIONS 1750 x 800 x 2280 mm 69 x 31.5 x 89.8 in
High-Precision
SEIT F1500S uses LiDAR and camera sensor fusion to achieve high-precision pallet pickup and drop-off. This enables reliable pallet positioning in dynamic manufacturing environments where accuracy and repeatability are critical for line-side logistics and automated pallet handling.
Fleet Orchestration
Powered by Milvus Fleet Manager, SEIT F1500S seamlessly operates within large-scale AMR fleets. The system intelligently orchestrates mission triggering, traffic management, and smart charging strategies to ensure continuous operation across multiple robots and production lines.
Flexible Automation
SEIT F1500S navigates dynamically without floor markers, magnetic tape, or fixed infrastructure. This enables manufacturers to deploy automation quickly and adapt workflows easily as production layouts or material flows change.
Use Case
Precise and Efficient
SEIT F1500S is engineered to automate pallet transport and stacking in high-mix production environments. Designed for fast deployment, operational flexibility, and safe human-robot collaboration. With advanced navigation, fleet orchestration, and precise pallet engagement, SEIT F1500S enables manufacturers to streamline intralogistics while maintaining production agility.
Safety
Engineered to thrive in dynamic workspaces
Advanced safety scanners continuously monitor the robot’s surroundings, enabling safe navigation and obstacle avoidance in mixed environments with people and forklifts.
LiDAR–camera fusion technology precisely detects pallet type, position, and condition to ensure accurate pallet pickup and reliable handling operations.
Programmable LED indicators provide clear visual communication of robot status and movement, improving awareness and safety for nearby operators.