AMR Chassis with a load capacity of 600 kg – Autonomous Mobile Robot for Intralogistics

• ✔ High load capacity of up to 600 kg for efficient transport of heavy loads.
• ✔ Advanced SLAM navigation for accurate and reliable orientation in dynamic environments.
• ✔ Exceptional localization and navigation accuracy within a range of just ±2 mm.
• ✔ Flexible and open chassis for easy integration of various bodywork.
• ✔ Optimization of intralogistics processes and increase of operational efficiency.
• ✔ Robust design for reliable operation in demanding industrial conditions.

Introducing a robust autonomous mobile robot (AMR) chassis designed to transform intralogistics and industrial automation. With an impressive 600 kg payload and cutting-edge SLAM navigation technology, this robot offers unmatched precision and reliability in everyday operation. It is the ideal foundation for system integrators looking for an adaptable and high-performance solution for complex automation tasks in their manufacturing or warehouse environment.

⚙️ What can this robot do?

• **Autonomous navigation:** Thanks to advanced SLAM technology, the robot accurately navigates in unknown and dynamically changing environments, ensuring smooth and safe operation.
• **High load capacity:** It can easily handle loads of up to 600 kg, making it a key player in logistics chains and heavy load handling.
• **Extreme Accuracy:** Localization and navigation accuracy within ±2 mm ensures precise positioning and manipulation, which is essential for sensitive operations.
• **Flexible integration:** The chassis is designed with easy integration of various attachments and systems in mind, adaptable to the specific needs of your operation.
• **Workflow Optimization:** Automates repetitive transportation tasks, freeing up human resources for more complex activities and increasing overall productivity.

🔍 Explore every detail of smart logistics

This autonomous mobile robot chassis represents the pinnacle of modern intralogistics technology. Its design is optimized for reliable and continuous operation in a wide range of industries. Thanks to its cutting-edge SLAM (Simultaneous Localization and Mapping) technology, it is able to effectively map an unknown environment and simultaneously localize itself within it with millimeter accuracy. This capability ensures that the robot can navigate complex and dynamic spaces with consistent reliability and safety, minimizing downtime and error rates. Furthermore, this chassis is designed as a modular platform, allowing system integrators and end users to easily connect and configure various attachments – from transport platforms and robotic arms to specialized devices. This makes it a universal solution for specific needs in areas such as the semiconductor industry, 3C electronics, lithium battery production, photovoltaics, automotive, textile and medical, where high precision and autonomy are required. Its robustness and ability to carry heavy loads of up to 600 kg ensure that your material flows are optimized and more efficient than ever before, leading to significant cost savings and increased competitiveness.

🚧 Are you troubled by inefficient internal logistics and high operating costs?

Manual handling of heavy loads, time-consuming material transfers and lack of optimization of warehouse operations can hinder the growth of your business and increase the risk of workplace injuries. Are you looking for a solution that would reduce operating costs, increase safety and ensure a smooth flow of materials without the need for constant human intervention?

🚀 Take back control with a smart autonomous solution!

With our AMR chassis with a load capacity of 600 kg, you have a reliable partner for the automation of intralogistics processes. This robot will not only free your employees from monotonous and physically demanding tasks, but also improve the overall efficiency, accuracy and safety of your operations. Implement intelligent automation that pays off and move your operation into the 21st century.

🌟 More than just features, real benefits for your business

• Function: Load capacity up to 600 kg -> Benefit: Ensures efficient and safe transport of heavy loads, reduces the risk of accidents and manual labor.
• Function: SLAM navigation technology -> Benefit: Moves and orients itself in a changing environment, minimizing errors and downtime caused by navigation.
• Function: Localization accuracy ±2 mm -> Benefit: Enables precise positioning and manipulation, crucial for sensitive and precise applications in automated manufacturing.
• Feature: Flexible and open chassis -> Benefit: Easy integration with various bodywork and systems, adaptability for specific needs and future expansion.
• Function: Automate repetitive tasks -> Benefit: Increases throughput, reduces labor costs, and allows people to focus on higher value work and innovation.

🎯 Who is it the ideal choice for?

• **Manufacturing Plants:** To automate material movements between production lines, warehouse and shipping.
• **Logistics centers and warehouses:** Optimizing the transportation of pallets, goods and components in large spaces.
• **System integrators:** As a robust and reliable base platform for developing specialized, custom AMR solutions.
• **Industries:** Including semiconductor industry, 3C electronics, lithium battery manufacturing, photovoltaics, automotive, PCB, textile and medical where high accuracy and autonomy are required.

❓ Do you have concerns? We will answer them with a clear vision

• Concern: Will it be difficult to integrate into my existing system and infrastructure? -> Answer: The chassis is designed with flexibility and openness in mind for easy integration with various systems and bodywork, minimizing the need for complex changes.
• Concern: What if the robot gets lost or crashes in a dynamically changing environment? -> Answer: Thanks to advanced SLAM technology and precise localization, the risk of collision is minimal and navigation is highly reliable even in busy traffic.
• Concern: Is the robot robust and durable enough for demanding industrial environments? -> Answer: The robot is designed for demanding operation with high durability and a load capacity of 600 kg, which guarantees a long service life and minimal maintenance requirements.

📊 Technical specifications

Parameter	Value
Product type	Autonomous mobile robot (AMR) chassis
Load capacity	600 kg
Navigation technology	SLAM (Simultaneous Localization and Mapping)
Location and navigation accuracy	±2mm
Main use	Intralogistics, Industrial automation, Material handling

💬 Frequently Asked Questions (FAQ)

What is this AMR chassis for?

It is designed to automate material transport and logistics in industrial, warehouse and manufacturing operations. It serves as a basic platform for building specialized robotic solutions for more efficient internal logistics.

What is the maximum load capacity of this chassis?

The chassis is designed for safe and efficient transport of loads with a maximum weight of up to 600 kg, making it suitable for a wide range of industrial applications.

What technology does it use for navigation?

It uses advanced SLAM (Simultaneous Localization and Mapping) technology, which allows it to move autonomously and map unknown environments with high accuracy and reliability.

What is the accuracy of the robot's localization?

The robot achieves exceptional localization and navigation accuracy within a range of just ±2 mm, which is key for precise operations and seamless docking.

In which industries can this AMR chassis be used?

It is suitable for a wide range of industries, including semiconductor industry, 3C electronics, lithium battery manufacturing, photovoltaics, automotive, PCB, textile and medical, where high accuracy and autonomy are required.

Is the chassis ready for integration with other systems?

Yes, it is designed as an open platform that allows easy integration of various add-ons and external control systems for specific automation needs.

What are the main advantages of using an AMR chassis over traditional AGVs?

AMR chassis like this one offer greater flexibility through autonomous navigation without the need for fixed routes, faster deployment, and the ability to dynamically adapt to changes in traffic.