Autonomous mobile robot (AMR) with Laser SLAM and QR navigation for logistics – Load capacity up to 1500 kg

• ✔ Advanced multi-sensor navigation (Laser SLAM, QR codes)
• ✔ High load capacity up to 1500 kg for efficient handling
• ✔ Flexible and scalable design for various deployment scenarios
• ✔ Compact design for working in confined spaces
• ✔ Robust safety features to protect personnel and goods
• ✔ Long operating time exceeding 8 hours on a single charge
• ✔ Fully automated cargo handling and creation of flexible production lines

Discover the autonomous mobile robot (AMR) that will revolutionize your intralogistics. This intelligent robot is designed for automatic and efficient material handling in warehouses, production halls and other industrial environments.

🚀 What can this robot do?

• It uses a combination of SLAM navigation, QR codes, odometry, and inertial navigation for precise movement.
• It can drive under the truck, lift it and move it, which greatly simplifies handling of loads.
• Its compact structure allows it to work even in tight and limited spaces.
• It stands out for its high level of flexibility and scalability, which allows customization and configuration of functions according to the user's specific needs.
• Suitable for a wide range of applications, including industrial automation, logistics, warehousing and hospital transport.

🔍 Explore every detail

This intelligent handling robot is built on a robust multi-sensor navigation algorithm that combines Laser SLAM, QR codes, odometry and inertial navigation systems. This fusion of technologies ensures unparalleled accuracy and reliability when moving in dynamic environments. The robot is capable of carrying loads weighing up to 1500 kg and reaches a maximum speed of 2 m/s, ensuring fast and efficient material movement.

With its ability to work with multiple units, this robot can create a flexible production system that optimizes material flows and increases overall efficiency. Advanced safety features such as laser obstacle avoidance and piezoelectric contact sensor ensure maximum protection for personnel and assets. In addition, an integrated battery management strategy allows for continuous operation for more than 8 hours.

😫 Are you bothered by inefficient logistics and high costs?

Many companies face challenges such as slow manual material handling, high operating costs associated with human labor, limited flexibility in responding to changing demand, and safety risks in busy warehouse environments. Traditional systems often fail to keep up with the demands of modern logistics and hinder the full potential of automation.

💡 Get your time back and increase efficiency!

Our autonomous mobile robot is designed to solve these problems. With fully automated material handling and the ability to work continuously, it significantly reduces operating costs and minimizes human error. Its flexibility allows it to quickly adapt to new tasks and changes in warehouse layout, while advanced safety features protect your employees and goods. Invest in the future of your logistics and let robots take care of the hard work.

🌟 More than just features, real benefits

• Multi-sensor navigation: Accurate and reliable positioning even in complex environments -> Benefit: Minimization of errors and optimization of routes.
• High load capacity (up to 1500 kg): Ability to handle heavy loads effortlessly -> Benefit: Increased capacity and reduced physical strain on workers.
• Compact design: Efficient work even in narrow aisles and confined spaces -> Benefit: Optimization of warehouse space utilization.
• Flexibility and scalability: Easy adaptation to changing needs and system expansion -> Benefit: Long-term return on investment and future-ready.
• Advanced safety features: Active protection against collisions and injuries -> Benefit: Increased safety of the working environment.
• Long battery life: Continuous operation for most of the working time -> Benefit: Maximum productivity and minimum downtime.

🎯 Who is it the ideal choice for?

• For large logistics hubs and distribution centers that need to automate the movement of huge volumes of goods.
• For manufacturing plants seeking to optimize material flows and implement flexible manufacturing systems.
• For warehouses and intralogistics operations that want to reduce operating costs and increase efficiency without compromising on safety.
• For hospitals and healthcare facilities for safe and efficient material transportation.

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

• Concern: Will integrating the robot into my existing system be difficult? -> Answer: Thanks to its high flexibility and scalability, the robot is designed for relatively easy integration and adaptation to your existing processes.
• Concern: What if the robot hits an obstacle or person? -> Answer: The robot is equipped with advanced safety systems, including laser obstacle avoidance and piezoelectric contact, to ensure safe operation.
• Concern: How long will the battery last and what if the robot runs out of power in the middle of a shift? -> Answer: With an operating time of over 8 hours and an automatic charging station, the robot is able to maintain uninterrupted operation. Intelligent battery management minimizes downtime.
• Concern: Is the robot able to work in confined spaces? -> Answer: Yes, its compact design is optimized for efficient movement and manipulation even in cramped alleys and densely populated areas.

📊 Technical specifications

Robot type	Autonomous Mobile Robot (AMR) / AGV
Navigation system	Multi-sensor fusion (Laser SLAM, QR codes, Odometry, Inertial navigation)
Maximum load capacity	Up to 1500 kg (options 600kg, 1000kg, 1500kg)
Maximum movement speed	2 m/s
Battery life	> 8 hours (under nominal conditions)
Safety features	Laser obstacle avoidance, piezoelectric contact sensor
Charging	Automatic AGV AMR charging station with 93% efficiency
Manipulation	Lifting and moving trucks (latent jack-up)
Structure	Compact
Flexibility	High, scalable and customizable
Application areas	Industrial automation, logistics, warehousing, hospitals

❓ Frequently Asked Questions

What navigation technologies does the robot use for its movement?

The robot uses an advanced multi-sensor integrated navigation algorithm that combines Laser SLAM, QR codes, odometry, and inertial navigation for highly accurate and reliable positioning.

What is the maximum weight of material the robot can transport?

This AMR robot is capable of carrying materials weighing up to 1500 kg, with variants available with a load capacity of 600 kg, 1000 kg and 1500 kg.

How long can the robot work on a single battery charge?

Under rated conditions, the robot can work continuously for more than 8 hours, ensuring high efficiency and minimal downtime.

What safety features does the robot offer to protect workers?

The robot is equipped with comprehensive safety measures, including laser obstacle avoidance and a piezoelectric contact sensor, to ensure safe operation in dynamic environments.

Can the robot be customized to the specific requirements of my operation?

Yes, the robot has a high degree of flexibility and scalability, which allows its functions to be customized and configured according to individual needs and requirements of various usage scenarios.

Is the robot suitable for limited or cramped spaces?

Thanks to its compact structure, this AMR robot is ideal for working in confined spaces and narrow aisles, where it maximizes the efficiency of space utilization.

How is the robot charged?

The robot uses an automatic AGV AMR charging station, which has a maximum conversion efficiency of 93% and is equipped with intelligent hibernation technology to reduce standby losses.