Industrial Autonomous Mobile Robot (AMR) with a payload of 1600 kg and Laser SLAM navigation

• ✔ Load capacity up to 1600 kg for heavy pallets and materials
• ✔ Accurate and reliable Laser SLAM navigation
• ✔ Fully autonomous operation for maximum efficiency
• ✔ Optimization of material flow and storage processes
• ✔ Increased safety thanks to advanced sensors and obstacle avoidance
• ✔ Robust construction designed for continuous operation in harsh environments
• ✔ Easy integration into existing WMS and production systems

Introducing a cutting-edge autonomous mobile robot (AMR) designed to revolutionize intralogistics and warehouse operations. This robust and intelligent system is the ideal solution for automating the transport of heavy loads and pallets, significantly increasing productivity and reducing operating costs.

🤖 What can this robot do?

• High load capacity: With a capacity of up to 1600 kg, it effectively handles heavy pallets and materials.
• Advanced Navigation: The integrated Laser SLAM system ensures precise and reliable navigation in complex environments without the need for additional infrastructure.
• Autonomous operation: The robot moves independently, avoiding obstacles and optimizing routes for maximum efficiency.
• Automatic charging: Continuous operation thanks to the automatic battery charging option.
• Robust construction: Designed for harsh industrial environments with long life and durability.
• Flexible integration: Easily integrates into existing production lines and warehouse systems.

⚙️ Explore every detail and move your logistics forward

This cutting-edge autonomous mobile robot (AMR) represents a breakthrough in warehouse automation. It is designed to handle the most demanding tasks with maximum efficiency and safety. With an impressive 1600 kg payload and advanced Laser SLAM navigation, it becomes an indispensable assistant in modern logistics centers, production halls and large warehouses.

The robot features an intelligent obstacle detection system and dynamic route planning, ensuring smooth and safe operation even in changing environments. Its autonomous charging capability minimizes downtime and ensures continuous availability for your operations. Investing in this AMR is an investment in the future of your intralogistics, delivering measurable savings and increasing your company’s competitiveness.

❓ Are you bothered by inefficient manual handling of heavy pallets?

Do you know how much time and human resources are consumed by manually transporting materials and pallets within your warehouse or production line? Do you often encounter safety risks, damage to goods or lengthy processes that hinder overall productivity? Are you looking for a solution that would eliminate these problems while reducing operating costs?

🚀 Automate your transportation and get your time back!

Our 1600 kg load capacity autonomous mobile robot (AMR) is designed to meet these challenges. It allows you to completely eliminate manual labor when transporting heavy loads, minimize the risk of injuries and significantly reduce transport times. The robot will become a reliable part of your team, working continuously and with precision that human operators cannot offer.

⭐ More than just features – real benefits for your business

• Autonomous navigation (Laser SLAM): Eliminates the need for fixed tracks or magnetic tapes -> more flexible layout and easy adaptation to changes.
• High load capacity (1600 kg): Ability to handle the most demanding pallets and containers -> reducing the number of trips and overall transport time.
• Automatic charging: The robot returns to the charging station itself -> continuous operation 24/7 without human intervention.
• Route optimization: Dynamic path adaptation and obstacle avoidance -> faster and more efficient material delivery.
• Increased safety: Advanced sensors and security systems -> protect personnel and minimize the risk of damage to goods.

🎯 Who is this AMR the ideal choice for?

• Manufacturing plants: For automating the supply of material to production lines and the removal of finished products.
• Logistics centers and large warehouses: For efficient pallet movement between racks, loading and unloading.
• Automotive industry: For transporting heavy components and assemblies in assembly plants.
• E-commerce warehouses: To speed up shipping and replenishment.

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

• Concern: Will integration be complex and expensive? -> Answer: Thanks to Laser SLAM technology, AMR is easily integrated into the existing environment without the need for major infrastructure changes and with minimal costs.
• Concern: What if the robot collides with a person or another machine? -> Answer: The robot is equipped with a number of safety sensors and features that ensure safe operation and autonomous avoidance of obstacles, including people.
• Concern: Can the robot handle really heavy and non-standard loads? -> Answer: With a load capacity of 1600 kg and a robust design, the AMR is designed to handle a wide range of heavy and bulky loads, including palletized systems.

📋 Technical specifications

Parameter	Value
Navigation type	Laser SLAM (Simultaneous Localization and Mapping)
Maximum load capacity	1600 kg
Dimensions (L x W x H)	1681 x 880 x 1896 mm
Rated speed	0.8 m/s
Autonomous charging	Yes

💡 Frequently Asked Questions (FAQ)

What is the main purpose of this AMR robot?

It is designed for autonomous transportation of heavy pallets and materials in industrial warehouses, production halls and logistics centers, with the aim of automation and increasing efficiency.

How do we navigate a robot in space?

The robot uses advanced Laser SLAM (Simultaneous Localization and Mapping) technology for precise and reliable real-time navigation, without the need for external markers or wires.

What is the robot's carrying capacity?

This AMR model is capable of transporting loads weighing up to 1600 kg, making it an ideal solution for heavy intralogistics.

Is the robot capable of self-charging?

Yes, the robot is equipped with an automatic charging function, which allows it to return to the charging station independently and minimize downtime.

What are the dimensions of the robot?

The robot has dimensions of 1681 mm in length, 880 mm in width and 1896 mm in height, which must be taken into account when planning its route and storage.

Can a robot work in a dynamic environment with humans?

Yes, it is equipped with advanced safety sensors and algorithms to detect and avoid obstacles, including people, ensuring safe coexisting operation.

How does the robot integrate into existing systems?

Thanks to its open architecture and standardized communication protocols, it can be easily integrated into warehouse management systems (WMS) and other enterprise systems.