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Aubo AMR300 Mobile Composite Robot with Laser Navigation Unmanned Workshop Intelligent Material Handling Agv Transport Robot
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Aubo AMR300 Mobile Composite Robot with Laser Navigation Unmanned Workshop Intelligent Material Handling Agv Transport Robot
All-in-One Control: Flexible control of collaborative robots, mobile bases, and visual systems.
Instant Information: Real-time monitoring of position, speed, battery, and laser status.
Highly Flexible: Supports various combinations of robots, 2D/3D vision, and end-of-arm tools.
User-Friendly: Integrated software with flowchart-based programming.
Secure Navigation: High-precision SLAM LiDAR ensuring smooth and safe mobility.
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Application Cases
Machine tending with gripper
Automatic sorting on production line
3D camera recognition & handling
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Professional Profile
Established as an intelligent manufacturing service provider, our focus is on the research, development, and application of robotics, intelligent equipment, and artificial intelligence. Our expertise encompasses robotic solutions, aftermarket maintenance, industrial automation integration, and digital factory development. Following a "product-led and digital-driven" strategy, we provide standardized and modularized robotic workstations and automated machinery for global industrial needs.
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Certifications
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Project Integration Case
Frequently Asked Questions
What is the main function of the AUBO AMR300?
It is an Autonomous Mobile Robot (AMR) designed for intelligent material handling, machine tending, and automatic sorting in unmanned workshops.
What payload can this robot handle?
The collaborative arm typically handles 10kg to 20kg, while the mobile AMR base supports a total payload of up to 300kg.
How does the robot navigate?
It uses high-precision SLAM LiDAR for navigation and positioning, requiring no fixed tracks or wires, making it highly flexible for changing layouts.
How long does the battery last and how is it charged?
The robot provides approximately 6 hours of operation under a full 300kg load. It supports automatic charging via a charging pile, taking about 3 hours for a full charge.
Is the software difficult to use?
No, the system features an integrated software platform with a flowchart-based interface, making it user-friendly for programming robots, bases, and vision systems.
What kind of after-sales support is available?
We offer comprehensive technical support, including robot maintenance, workstation integration services, and component supply.
Lunasol Logistics
