Autonomous Mobile Robot (AMR) for Logistics with a Load Capacity of 300 kg – Open Platform

• ✔ Load capacity up to 300 kg for efficient handling of heavy loads
• ✔ Advanced autonomous navigation with Lidar and 3D camera for safe operation
• ✔ Omnidirectional movement for maximum flexibility in confined spaces
• ✔ Open SDK platform for easy integration and custom development
• ✔ Precise positioning with infrared correction to less than 10 mm
• ✔ Long-lasting LiFePO4 battery with over 2000 cycles and automatic charging
• ✔ Intuitive 7-inch touchscreen for easy operation

Introducing the leading autonomous mobile robotics (AMR) platform, designed to revolutionize intralogistics and material handling. This robust robot with an open SDK platform offers unmatched flexibility and reliability for automating your operations. With a payload capacity of up to 300 kg and advanced navigation systems, it is the ideal solution for warehouses, production lines and logistics centers.

🤖 What can this robot do? Discover its power!

• Smart Navigation: Integrated Lidar system for indoor navigation and obstacle detection, complemented by a 3D camera for visually assisted avoidance.
• Precise positioning: Infrared correction using QR codes at the endpoints ensures positioning accuracy below 10 mm.
• High load capacity: The robust chassis can lift and carry objects weighing up to 300 kg.
• Omnidirectional movement: Thanks to 4 omnidirectional wheels and 2 active 6.5-inch wheels, the robot moves with incredible agility and can turn in place.
• Intuitive operation: The 7-inch capacitive touchscreen with a resolution of 1024x600 px provides a user-friendly interface.
• Powerful architecture: Powered by an industrial control board with RK3128 i5 Linux and Cortex-A7 chip, supporting Android 5.1.

💡 Explore every detail – Innovation for your future

This autonomous mobile robot (AMR) is the embodiment of engineering excellence, bringing a new level of automation and efficiency to your operations. Its robust cold-rolled steel construction ensures durability and longevity even in harsh industrial conditions. Thanks to the open SDK platform, it is not just a finished product, but a flexible foundation for your future innovations and specific application scenarios. No matter whether you need to automate the transport of parts, finished products or other materials, this AMR will become your reliable partner.

An innovative obstacle avoidance system combining Lidar and a 3D camera ensures maximum safety in dynamic environments, while infrared correction ensures that every load arrives at its destination with millimetre precision. With a LiFePO4 battery and automatic charging dock, the robot is ready for continuous operation with minimal downtime.

📉 Are you bothered by inefficient logistics and high operating costs?

Manual handling of heavy loads is time-consuming, error-prone and poses a risk to employee safety. Are you looking for a way to optimize material flows, reduce personnel costs and increase overall productivity without compromising flexibility?

🚀 Regain control and efficiency with our AMR!

This autonomous mobile robot (AMR) is designed to address exactly these challenges. With its 300 kg payload, advanced autonomous navigation and omnidirectional movement capabilities, it can transform your intralogistics processes. Free your employees from monotonous and physically demanding tasks, allow them to focus on higher value-added activities and watch your operations become smoother and more cost-effective.

🌟 More than just features – real benefits for your business

• Function: Omnidirectional movement and high maneuverability -> Benefit: Increased flexibility in tight spaces and easy obstacle avoidance.
• Function: Load capacity up to 300 kg -> Benefit: Efficient and safe handling of heavy and bulky material.
• Features: Lidar, 3D camera and IR correction for navigation -> Benefit: Extremely precise and safe cargo delivery, minimizing collisions.
• Features: Open SDK platform and industrial control board -> Benefit: Possibility of customization and integration into existing systems, durability and reliability in demanding operations.
• Features: Long-life LiFePO4 battery and automatic charging -> Benefit: Lower operating costs, minimized downtime and long-term sustainability.

🎯 Who is it the ideal choice for?

• Logistics centers and warehouses: To automate the movement of pallets, containers, and other materials.
• Production and assembly lines: For timely delivery of components and removal of finished products.
• Research and development institutions: As a flexible platform for developing new robotic applications and testing algorithms.
• Companies looking for advanced automation solutions: For integration into smart factories and optimization of internal transport.

❓ Do you have any concerns? We'll answer them!

• Concern: Will integrating the robot into my existing system be difficult? -> Answer: Thanks to the open SDK platform and support for Android and Linux operating systems, integration is made as easy as possible and allows for flexible customization.
• Concern: What if the robot collides with an obstacle or a person? -> Answer: The robot is equipped with advanced Lidarr and a 3D camera to detect and dynamically avoid obstacles and people in real time, ensuring maximum safety.
• Concern: What is the battery life and how is charging handled? -> Answer: The built-in LiFePO4 battery has a lifespan of over 2000 charging cycles and the robot comes with an automatic charging dock that minimizes the need for manual operation.

🛠 Technical specifications and package contents

Movement	Omnidirectional horizontal movement
Navigation and obstacle avoidance	Lidar-based indoor navigation and obstacle avoidance
Assisted obstacle avoidance	3D camera for visually assisted avoidance
Auxiliary positioning	Infrared correction using QR codes, accuracy below 10mm
Main control chip	RK3128 i5 Linux industrial control board, Cortex-A7
Operating system	Android 5.1, Linux
Load capacity	Lifting/lowering objects up to 300 KG
Wheels	4 omnidirectional wheels, 2 active 6.5-inch wheels
Display	7-inch capacitive touch panel, resolution 1024*600
Chassis material	Cold rolled steel
Battery	38.4V 25AH, total capacity 960W, Lithium iron phosphate (LiFePO4)
Battery life	More than 2000 charge/discharge cycles
Package contents	One 43.2V 5A charger, One automatic charging dock

❓ Frequently Asked Questions (FAQ)

What is the maximum load capacity the robot can handle?

This autonomous mobile robot is designed to handle material weighing up to 300 kg, making it ideal for a wide range of logistics and manufacturing tasks.

How does the robot move and how is its navigation ensured?

The robot has omnidirectional horizontal movement thanks to special wheels. Navigation is provided by an advanced Lidar system for mapping the environment and avoiding obstacles, supplemented by a 3D camera for visual assistance and infrared correction using QR codes for precise positioning below 10 mm.

Is the robot suitable for an industrial environment?

Absolutely. The robot is constructed from cold-rolled steel and powered by an industrial RK3128 i5 Linux control board, ensuring its robustness and reliability even in demanding industrial operations.

Can I program and customize the robot for specific tasks?

Yes, the robot comes with an open SDK platform that allows developers and engineers to fully customize its functionality and integrate it into existing systems or develop entirely new applications.

What is the battery life and how is the robot charged?

The robot is equipped with a powerful LiFePO4 battery with a total capacity of 960W and a lifespan exceeding 2000 charging cycles. The robot is supplied with an automatic charging dock, which ensures uninterrupted operation with minimal downtime.

What positioning accuracy can I expect?

Thanks to infrared correction using QR codes, the robot achieves exceptional positioning accuracy of less than 10 mm, which is crucial for sensitive operations in logistics and manufacturing.

What operating systems does the robot support for development?

The robot runs on an industrial control board with support for Android 5.1 and Linux operating systems, providing a robust and flexible environment for advanced development.