

High-Performance AMR for Diverse Industries
The SEIT 500 is a robust autonomous mobile robot ideal for versatile material handling applications. It combines dynamic navigation, safety features, and fleet management to improve operational efficiency in diverse industries.
- Payload 500 kg 1102 lbs
- Working hour 8 hours 8 hours
- Max. speed 1.5 m/s 3.35 mph
- Dimensions 1650 x 950 x 297 mm 65.0 x 37.4 x 11.7 in

Infrastructure Free
SEIT navigates your facility without requiring physical infrastructure like magnets or beacons, ensuring no disruption to operations and reducing both initial setup and future maintenance costs.

High Precision
SEIT delivers exact precision, ensuring tasks are executed on time, consistently, and accurately. This reduces downtime and operational costs while improving productivity.
Enhanced Safety
Compliant with international safety standards, SEIT’s proactive sensing prevents accidents, minimizing injuries and related costs, ensuring a safer work environment.

Optimized Efficiency
SEIT reduces non-value-added transportation tasks, streamlining material movement for consistent delivery and allowing workforce reallocation to higher-value tasks.
Built for Durability
SEIT handles heavy loads up to 2000 kg and operates in challenging conditions. Its durable design and low maintenance components ensure long-term reliability and cost savings.

Milvus Fleet Manager

Effortlessly manage and monitor your fleet anytime, anywhere.
DiscoverMaximize efficiency and control over your robotic fleet with Milvus Fleet Manager, the leading solution for modern fleet management. Accessible from anywhere, this powerful system offers comprehensive tools for optimizing performance and coordinating your robots effortlessly. Elevate your operations with unmatched oversight and convenience.
Attachments
Boost your workflow
Enhance the versatility of your AMRs with a wide range of attachments designed for seamless integration into diverse material handling workflows.
Safety
Engineered to thrive in dynamic workspaces.
Uses laser sensors to detect obstacles, enabling real-time collision avoidance for safe operation.

Allows for an instant halt in operations during emergencies, ensuring quick response to potential hazards.

Signals the robot’s operational status through color-coded lights, improving safety and communication.

Captures detailed perceptation of the robot’s surroundings, ensuring safe navigation by detecting complex obstacles.