AGVs (Automated Guided Vehicles) follow predefined paths, such as magnetic tapes or QR codes, requiring infrastructure modifications, better suited for structured environments with fixed-route site. AMRs (Autonomous Mobile Robots), equipped with LiDAR and vision systems, use advanced SLAM technology for dynamic path planning, autonomous obstacle avoidance, and real-time route adjustments. This allows AMRs to navigate safely and efficiently in complex environments with greater operational flexibility.
Autonomous Navigation & Path Planning
AMRs make autonomous decisions and plan optimal routes based on real-time task demands. This allows rapid adaptation to dynamic scenarios and enables faster, more precise responses.
Environmental Adaptability & Flexibility
With advanced perception and adaptability, AMRs detect and adjust to environmental changes, ensuring exceptional operational stability and reliability in various tasks and scenarios.
Multi-Robot Collaboration Intelligence
AMRs of different types collaborate seamlessly, efficiently handling multi-tasks, can be integrated with other automated equipment to create a highly intelligent production system.
Large-Scale AMRs Deployment
Leading market share in industrial AMRs
According to CIC, we are one of the few companies globally with the capability to deploy general-purpose intelligent mobile robotic solutions across large-scale fleets involving more than 2,500 robots. Our robots had been sold in over 20 countries and regions, including China, Japan, South Korea, Southeast Asia, North America, and Europe, with customers comprising leading global enterprises across industries.
Hybrid Navigation
Natural navigation & feature-based localization
Dynamically switches navigation modes based on real-time conditions
Ensures stable and reliable operation indoors and outdoors
High-Precision Docking
Robust visual servo control algorithms
Achieves ±2mm docking accuracy
AI-powered self-learning for continuous improvement
Large-Scale Fleet Management
Fine-grained scheduling for heterogeneous AMR fleets
Coordinates hundreds to thousands of robots simultaneously
Enables seamless multi-AMR operations across zones and floors
Reduced Implementation Risk
Proven expertise in total smart factory logistics design
100+ successful digital factory deployments in China
Low Deployment Risk
Proven project management and implementation capabilities
Rigorous engineering protocols
Strict quality control throughout the lifecycle
Lower Operational Costs
Eliminates infrastructure (e.g., magnetic tapes, QR codes), reducing installation and maintenance cost
Modular and intuitive operation for easy adoption
User-friendly interface allows “ no coding expertise”
Personnel Detection
The laser sensors on EMMA series are used for both localization and obstacle detection, enable dynamic stop protection by identifying obstacles along the planned path.
EMMA K series/EMMA L series: Front (210°) and rear (180°) LiDARs provide stable detection ahead and behind.
EMMA 600/EMMA 1000/OMNI series: Diagonally mounted laser sensors provide 360° coverage, enabling the AMR to detect personnel in its direction of motion regardless of movement state and stop safely.
When the AMR is carrying a rack, safety blind spots may occur. Maintain at least 20 cm of clearance from the rack sides, and avoid entering or crossing the AMR’s travel lane within 2 m in its direction of travel. Cross only after the AMR has passed.
Our AMR'S
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