Autonomous Mobile Robot (AMR) with a load capacity of 300 kg – Intelligent solution for material handling

• ✔ Load capacity up to 300 kg for efficient handling of heavy loads
• ✔ Advanced Lidar navigation and 3D camera for autonomous obstacle avoidance
• ✔ Omnidirectional movement for excellent maneuverability in confined spaces
• ✔ Extremely precise positioning below 10 mm thanks to infrared correction
• ✔ Durable LiFePO4 battery with a lifespan of over 2000 charging cycles
• ✔ Automatic charging for continuous and maintenance-free operation
• ✔ Open SDK for easy integration into existing systems

Introducing the intelligent AMR robot, designed to transform logistics and material handling in your operations. With a payload capacity of up to 300 kg and advanced autonomous features, this mobile chassis offers unmatched efficiency, reliability and flexibility to optimize your intralogistics processes.

🚀 Innovation in motion: What makes this robot special?

• Omnidirectional movement: The ability to move horizontally in all directions ensures flexibility in tight spaces.
• Precise navigation: Lidar-based system for indoor navigation and obstacle detection ensures safe and efficient movement.
• Advanced obstacle avoidance: Equipped with a 3D camera for visually assisted obstacle avoidance, increasing traffic safety.
• High load capacity: The chassis can lift and carry objects weighing up to 300 kg.
• Intelligent Control: Runs on Android 5.1 system with RK3128 main chip and i5 Linux industrial control board.
• User-friendly display: 7-inch capacitive full touch panel with 1024*600 resolution.

🔍 Dive into the details: Architecture and performance

This AMR robot chassis is designed for ruggedness and long-term performance. Its cold-rolled steel chassis ensures durability in harsh industrial environments. Powered by 4 omnidirectional wheels and 2 active 6.5-inch wheels, it enables smooth omnidirectional movement and precise maneuvering.

At the heart of the robot is powerful hardware, including a Cortex-A7 processor and an industrial i5 Linux control board, enabling advanced data processing and autonomous decision-making. With an open SDK, developers and integrators can easily customize the robot's functionality to specific needs and embedded systems.

⏰ Are you wasting time and money with manual manipulation?

In today’s fast-paced industry, manual material handling is often inefficient, time-consuming and error-prone. Operating costs are rising, productivity is declining and employees are exposed to repetitive physical strain. Are you looking for a reliable solution to eliminate these challenges and move your operation to a higher level of automation?

💡 The solution is here: Intelligent automation at your fingertips!

The 300kg autonomous mobile robot is designed to address these challenges head-on. With its ability to move, navigate and avoid obstacles on its own, the robot takes over routine material handling tasks. This frees up your employees for more complex and valuable activities, while the robot ensures a smooth flow of goods, increases safety and optimises overall operating costs.

📈 More than just a robot: Real benefits for your business

• Function: Omnidirectional movement -> Benefit: Increased flexibility and maneuvering efficiency in complex environments.
• Function: Load capacity 300 kg -> Benefit: Ability to automate the transport of heavy loads, reducing the need for human labor and the risk of injury.
• Function: Lidar navigation and 3D camera -> Benefit: Safe and autonomous operation without collisions, minimizing downtime and property damage.
• Function: Positioning accuracy below 10 mm -> Benefit: Guaranteed precision during loading and unloading, which is key for optimized logistics processes.
• Feature: LiFePO4 battery with 2000+ cycles -> Benefit: Long-term reliability and lower total operating costs due to extended battery life.
• Features: Open SDK -> Benefit: Easy adaptation and integration of the robot into existing company systems and future needs.

🎯 Who will benefit the most from this robot?

• Manufacturing plants: To automate the movement of components and finished products between production lines and warehouses.
• Logistics centers and warehouses: For optimizing intralogistics flows, picking and moving pallets or heavy containers.
• Distribution companies: To speed up and streamline the distribution of goods within large warehouse spaces.
• Technological and research institutions: As an advanced platform for developing and testing new robotic applications and algorithms.

🤔 Dispel doubts: Answers to your questions

• Concern: Is the installation and integration of the robot complicated? -> Answer: Thanks to the open SDK and standard interfaces, the robot is designed for the easiest possible integration into existing infrastructures. We are ready to provide support.
• Concern: What if the robot gets stuck or encounters an unexpected obstacle? -> Answer: Advanced Lidar navigation systems and 3D cameras provide robust obstacle detection and avoidance. In the event of an unexpected event, the robot will safely stop and await instructions.
• Concern: How is the battery recharged for continuous operation? -> Answer: The robot is equipped with an automatic charging dock. In case of low battery capacity, the robot will move itself to the charging station and continue working after charging.

⚙️ Technical specifications and package contents

Load capacity	300 kg (possibility of lifting/lowering objects)
Movement	Omnidirectional horizontal movement
Navigation	Lidar-based indoor navigation and obstacle avoidance
Assisted obstacle avoidance	3D camera for visually assisted obstacle avoidance
Positioning accuracy	Under 10 mm (infrared correction via QR codes)
Main chip	RK3128 i5 Linux industrial control motherboard
Processor	Cortex-A7
Operating system	Android 5.1
Wheels	4 omnidirectional wheels, 2 active 6.5-inch wheels
Display	7-inch capacitive full touch panel, resolution 1024*600
Chassis material	Cold rolled steel
Battery	38.4V 25AH, total capacity 960W, Lithium iron phosphate (LiFePO4)
Battery life	Over 2000 charge/discharge cycles
Charger	One 43.2V 5A charger
Charging dock	One automatic charging dock

❓ Frequently Asked Questions

What is the maximum load capacity the robot can handle?

The robotic chassis is designed to handle loads weighing up to 300 kg.

What technologies does the robot use for navigation and obstacle avoidance?

It uses a Lidar system for navigation and, for increased safety, is equipped with a 3D camera for visually assisted obstacle avoidance.

Is it possible to integrate the robot with my existing warehouse system?

Yes, the robot has an open SDK, which allows flexible integration with various systems and adaptation to specific needs.

How long does the battery last and how is it charged?

The LiFePO4 battery has a lifespan of over 2000 charge cycles. The robot comes with an automatic charging dock that ensures continuous operation.

Is the robot capable of moving in all directions?

Yes, thanks to the configuration of 4 omnidirectional wheels and 2 active 6.5-inch wheels, it is capable of omnidirectional horizontal movement.

What is the positioning accuracy of this robot?

Thanks to infrared correction using QR codes at the endpoints, it achieves positioning accuracy below 10 mm.

What operating systems and hardware does the robot use?

The robot runs on Android 5.1 with a Cortex-A7 processor and a main chipset RK3128 i5 Linux industrial control board.