Autonomous Mobile Robotics (AMR) System – IES-RA-608
The Autonomous Mobile Robotics (AMR) System is an advanced training platform designed to demonstrate modern autonomous material handling technologies used in smart factories and Industry 4.0 environments. The system enables automated transportation of materials between different workstations without human intervention. The mobile robot navigates autonomously within the facility using onboard sensors and localization algorithms, allowing efficient movement of materials between process stations. An integrated collaborative robot mounted on the AMR platform performs pick-and-place operations during transport tasks.
IES-RA-608
KEY TECHNICAL SPECIFICATIONS
Autonomous Mobile Robot PlatformIndustrial mobile robotic platform designed for autonomous material transport within indoor automation environments.
Mobile Navigation SystemAutonomous navigation with bidirectional movement and path planning capability.
Payload Handling SystemHigh-capacity mobile platform capable of transporting industrial materials and components.
Battery Power SystemRechargeable lithium iron phosphate battery system designed for extended autonomous operation.
Obstacle Detection & Safety System360° LiDAR based obstacle detection enabling safe navigation in dynamic environments.
Collaborative Robot IntegrationMounted collaborative robot arm used for pick-and-place operations and material handling tasks.
Robotic Manipulation SystemIndustrial cobot with extended reach and payload capability for automated handling operations.
Conveyor Integration SystemIntegrated conveyor unit mounted on the mobile robot for automated material transfer.
Wireless Communication InterfaceIndustrial wireless communication system supporting remote monitoring and control.
Mechanical & Structural ConstructionIndustrial-grade structure made from aluminium, steel and engineered materials for durability.
RANGE OF EXPERIMENTS
Autonomous navigation and path planning experiments
Mobile robot material transport operations
Integration of AMR with collaborative robotic manipulators
Conveyor interfacing and automated material transfer
Wireless communication and industrial network integration
Obstacle detection and collision avoidance experiments
Automated logistics and smart factory material flow simulation
FEATURES
Autonomous mobile robot for material handling applications
Integrated collaborative robot for pick-and-place operations
LiDAR-based 360° obstacle detection system
Wireless industrial communication capability
Conveyor system integrated with mobile robot platform
Battery-powered mobile robot for flexible operation
Suitable for Industry 4.0 and smart manufacturing training environments
MAECENAS IACULIS
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ADIPISCING CONVALLIS BULUM
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