AMR Robotic Chassis for Logistics and Automation with SLAM Navigation

• ✔ Highly accurate SLAM navigation with a deviation of up to ±2mm for reliable operation.
• ✔ Robust two-wheel differential drive for excellent maneuverability.
• ✔ Comprehensive connectivity options (Wi-Fi, Ethernet) for easy integration.
• ✔ Designed for harsh industrial environments with a wide temperature range.
• ✔ Flexible platform for autonomous mobile robots in logistics and manufacturing.
• ✔ The ideal basis for system integrators and intralogistics solutions.

Discover the intelligent foundation for automating your intralogistics and production processes. This cutting-edge AMR robot chassis is a robust and flexible platform designed for autonomous material transport in a variety of industries. Thanks to advanced SLAM navigation technology, it guarantees unprecedented accuracy and reliability.

🌟 Key features that will streamline your operation

• Autonomous mobile robot (AMR) chassis, optimized for transport in logistics and production areas.
• Cutting-edge SLAM technology for localization and navigation with ±2mm accuracy, ensuring consistent and safe routes.
• Agile two-wheel differential drive that allows smooth movement and turning in confined spaces.
• Integrated connectivity with Ethernet and Wi-Fi (802.11 a/b/g/n/ac) support for easy connection to corporate networks.
• Robust design ready for continuous operation in industrial environments with a wide range of operating temperatures and humidity.

🔍 Explore every detail – The heart of your automation

Designed as an essential building block for smart manufacturing and efficient intralogistics solutions, this AMR robot chassis provides a foundational platform that enables system integrators and end users to create comprehensive, ready-to-deploy automation solutions.

At the heart of its performance is world-class SLAM technology, which provides millimeter-level localization and navigation accuracy. This level of accuracy is crucial for tasks requiring high reliability and repeatability, such as the transport of sensitive components in the semiconductor industry or the precise delivery of parts in automotive manufacturing.

📉 Are you troubled by inefficient internal logistics?

Manual material handling often leads to delays, errors and high operating costs. Issues of labor shortages, safety and space optimization are increasingly pressing in modern manufacturing and logistics centers. How to ensure a smooth flow of materials without compromising efficiency and accuracy?

🚀 Regain control and efficiency with an autonomous solution!

This AMR robotic chassis is the answer to the challenges of modern intralogistics. Thanks to its autonomy and precise navigation, it eliminates dependence on manual work, reduces errors and significantly increases the throughput of your operations. It enables route optimization, flexible adaptation to changes in production layout and continuous operation, thereby transforming your logistics processes into a smarter and more efficient system.

✨ More than just features, real benefits for your business

• Function: Precise SLAM navigation (±2mm): -> Benefit: Minimization of errors, optimization of routes and guaranteed safe transport even in the most complex environments.
• Features: Two-wheel differential drive: -> Benefit: Excellent maneuverability and flexibility for movement in narrow aisles and dynamic operations.
• Features: Wide range of connectivity (Wi-Fi, Ethernet): -> Benefit: Easy integration with your existing systems and remote management for maximum control.
• Features: Robust design and wide operating temperature range: -> Benefit: Long-term reliability and durability, ensuring continuous operation even in demanding industrial conditions.

🎯 Who is it the ideal choice for?

• System integrators looking for a reliable and accurate foundation for developing their own AMR solutions.
• Manufacturing companies in sectors such as semiconductors, 3C electronics, lithium-ion batteries, photovoltaics, auto parts, PCBs, textiles and medicine that want to automate intralogistics.
• Logistics and warehousing companies striving to increase the efficiency of material transportation and optimize work processes.

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

• Concern: Complexity of implementation and integration into existing system. -> Answer: This chassis is designed with an emphasis on modularity and openness, which makes it easy to integrate into various control systems and infrastructure.
• Concern: Reliability and accuracy of navigation in a dynamic and ever-changing environment. -> Answer: Thanks to advanced SLAM technology with an accuracy of ±2mm, the robot maintains exceptional consistency and reliability of navigation even in complex industrial scenarios.
• Concern: Robot durability in harsh industrial conditions. -> Answer: The robot is designed for industrial use, as evidenced by the wide range of operating temperatures (0-50°C) and humidity (10-90% RH without condensation).

🛠 Technical specifications

Drive	Two-wheel differential
Connectivity	Ethernet/Wi-Fi 802.11 a/b/g/n/ac
Operating temperature range	0-50°C
Operating humidity range	10-90% RH (non-condensing)

💡 Frequently Asked Questions (FAQ)

What is this AMR robotic chassis used for?

It serves as a basic platform for autonomous mobile robots (AMR), which are used for material transport in logistics and manufacturing environments, thereby automating intralogistics.

What is the navigation accuracy of this robot?

Thanks to cutting-edge SLAM technology, the robot achieves localization and navigation accuracy with a deviation of just ±2mm, ensuring exceptional reliability.

What are the connectivity options for integration?

The chassis supports Ethernet and Wi-Fi (802.11 a/b/g/n/ac standard), allowing flexible and seamless connectivity to your existing systems.

In what environments can this robot be deployed?

It is designed for demanding industrial environments, including electronics manufacturing, automotive, textile and medical, with operating temperatures from 0 to 50°C and humidity from 10-90% RH.

Is the chassis suitable for custom modifications and integration of other components?

Yes, it is a flexible platform that is ideal for system integrators to create their own, tailor-made intralogistics and automation solutions.

Which industrial sectors can benefit the most from its deployment?

The robot is primarily intended for industries such as semiconductors, 3C electronics, lithium-ion batteries, photovoltaics, auto parts, PCBs, textiles and medicine, where high precision and transport automation are key.