Intelligent Cluster System of Autonomous Mobile Robots (AMR)

• ✔ High efficiency: Speed ​​up to 2.5 m/s for smooth material flow.
• ✔ Flexible load capacity: Up to 100 kg for various types of cargo.
• ✔ Long battery life: A fully charged unit works for over 8 hours.
• ✔ Fast charging: Full charge within 2 hours for continuous operation.
• ✔ Precise navigation: SLAM laser with repeatable accuracy of 5-10 mm.
• ✔ Easy integration: Compatible with many logistics systems.
• ✔ Fast deployment: Short installation time without the need for major infrastructure modifications.

Introducing an intelligent cluster system of autonomous mobile robots (AMR) that revolutionizes internal logistics and material handling. This system is the ideal solution for automating processes in dynamic environments where speed, accuracy and flexibility are key. With advanced laser SLAM technology and a smart dispatching system, it ensures seamless transportation and sorting of goods.

⚙️ What can this robotic system do?

• It uses advanced laser SLAM technology for precise localization and navigation in unfamiliar environments.
• The intelligent dispatching system enables efficient management and coordination of the entire cluster of AMR robots.
• It offers a flexible and variable system for handling different types of cargo.
• Automated charging stations and wireless APs ensure continuous operation and communication.
• It enables real-time monitoring of the location and status of all vehicles, order fulfillment and statistics.
• The system can charge autonomously and manage resource allocation according to current demand.

🔍 Explore every detail and functionality

The AMR cluster system is designed with modularity and scalability in mind. Its core is the AMR bodies themselves, which consist of an autonomous mobile chassis and a variable loading system. This allows the robots to flexibly adapt to different types of goods and tasks. The higher-level control system ensures comprehensive management, dispatching and monitoring of the entire cluster in real time, which minimizes the need for human intervention and maximizes efficiency.

The advantage of this solution is its fast deployment and low infrastructure requirements. Unlike traditional logistics systems, it does not require extensive reconstruction of airport or warehouse premises, which significantly shortens the implementation time and reduces initial investment costs. It is compatible with a wide range of existing logistics elements, such as conveyors, turntables, elevators and other systems, which makes it easy to integrate into existing work processes.

😟 Are you bothered by slow and inefficient internal logistics?

Manual handling of goods is time-consuming, error-prone and often requires significant investment in fixed infrastructure. Traditional systems are inflexible, their implementation is lengthy and any changes in the layout or processes are expensive and complicated. Do you need a solution that can adapt to the dynamically changing requirements of your operation?

🚀 Get your time back and increase productivity!

Our AMR cluster system offers an elegant answer to these challenges. With its autonomous capabilities, rapid deployment and intelligent control, you get a flexible, highly efficient and scalable solution that dramatically reduces operating costs and shortens cycle times. Leave repetitive and laborious tasks to robots and focus on the core aspects of your business.

💡 More than just features – real benefits for your operation

• Speed ​​2.5 m/s: High transport speed -> Significant reduction in delivery time and increased throughput: Optimization of the entire logistics chain.
• Load capacity up to 100 kg: Ability to transport heavy and bulky shipments -> Versatility and scalability for various needs: Flexible cargo handling.
• Laser SLAM navigation: Accurate and reliable positioning -> Minimize errors and smooth operation: Increases the reliability of logistics operations.
• Fast deployment: Short installation time without major modifications -> Minimized downtime and fast return on investment: Immediate commissioning.
• High visualization: Real-time monitoring of the entire system -> Complete overview and control over logistics processes: Effective decision-making and optimization.
• Intelligent dispatching: Dynamic control of a robot cluster -> Maximum flexibility and optimization of resource utilization: The system adapts to current needs.

🎯 Who is this system the ideal choice for?

• Logistics hubs and distribution centers: To optimize the flow of goods and speed up processes.
• Manufacturing plants and industrial enterprises: For automating internal transport of materials and components.
• Airports and transport hubs: For intelligent handling of baggage and cargo shipments.
• High-speed warehouses: For efficient picking and movement of inventory.

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

• Concern: Is the integration of such a system complex and time-consuming? -> Answer: Our system is designed for quick and easy deployment. It does not require extensive modifications to the existing infrastructure and is compatible with a number of common logistics elements.
• Concern: What happens if our logistics requirements change? -> Answer: Thanks to high flexibility and intelligent dispatching, the number of robots in the cluster can be dynamically adjusted. The system easily adapts to changing volumes and routes.
• Concern: How is the safety of operation with autonomous robots ensured? -> Answer: The robots use advanced SLAM navigation and are equipped with safety sensors that ensure safe movement and minimize the risk of collisions with obstacles or personnel.

📊 Technical specifications

Parameter	Value
Max speed	2.5 m/s
Max. load capacity (standard size)	50 kg
Max. load capacity (large size)	100 kg
Battery life per charge (full load)	>8 hours
Charging speed (1 kW charger)	<2 hours to full charge
Repeatable navigation accuracy	5-10mm
Navigation technology	Laser SLAM
Main system components	AMR body (autonomous chassis, variable loading system), control system, auxiliary system (automatic charging station, wireless AP)
Connection options	Conveyors, turntables, cross belts, elevators and other logistics systems

❓ Frequently Asked Questions

Where is the AMR cluster system most often used?

The system is primarily designed for intelligent processing in the field of air logistics, but its flexibility and scalability also make it ideal for warehouses, distribution centers and production halls.

What is the main advantage over traditional baggage handling systems?

Compared to traditional systems, the AMR cluster system has significant advantages in short construction time, rapid deployment in various scenarios, and no need for extensive reconstruction of airport infrastructure.

How is the control and coordination of robots in a cluster ensured?

Coordination is ensured by an intelligent dispatching system that enables comprehensive management, dispatching and monitoring of the entire AMR cluster in real time, including dynamic resource allocation.

What are the charging options for robots and how long does it take?

The robots are equipped with an automatic charging system and require less than 2 hours to fully charge with a 1kW fast charger. Thanks to the long battery life (>8h), smooth operation is ensured.

Can the system be integrated with existing logistics systems?

Yes, the system is designed to easily connect to various conveyors, turntables, cross-belts, elevators and other logistics systems, simplifying its integration.

What is the accuracy of the robots' navigation and positioning?

The robots use advanced laser SLAM technology, which ensures high repeatable positioning accuracy during docking within 5-10 mm.