Intelligent Logistics Robot AGV/AMR with a Load Capacity of 400 kg

• ✔ Load capacity up to 400 kg for efficient load handling
• ✔ Advanced multi-sensor navigation (SLAM, QR code, Odometer)
• ✔ Automatic lifting and transporting of carts
• ✔ High flexibility and scalability for diverse operations
• ✔ Comprehensive safety features to protect personnel
• ✔ Long operating time exceeding 8 hours
• ✔ Compact design optimized for limited spaces

Introducing the revolutionary autonomous logistics robot AGV/AMR, designed to transform internal logistics and material handling. With a load capacity of up to 400 kg and an intelligent trolley lifting system, this robot efficiently optimizes the movement of goods in warehouses, production halls and other industrial environments. It is an ideal automation solution that increases productivity and reduces operating costs.

✨ What can this intelligent robot do?

• Advanced multi-sensor navigation algorithm combining QR code, laser SLAM, odometer and inertial navigation for precise and reliable movement in complex environments.
• The ability to drive under carts and automatically lift and transport them, eliminating the need for manual handling.
• Compact design allows for efficient work and maneuvering even in narrow aisles and confined spaces.
• High level of flexibility and scalability with the possibility of adapting to user needs and integrating into existing systems.
• Comprehensive safety features such as laser obstacle avoidance and piezoelectric contact sensor ensure safe operation in coexistence with humans.
• Possibility of creating flexible production systems and intelligent assembly lines in cooperation with multiple robots.
• Automatic charging station with a maximum conversion efficiency of 93% and intelligent hibernation technology that reduces standby losses.

🔍 Explore every detail and take your logistics further

This AGV/AMR robot is the backbone of modern intralogistics, optimizing material flows and increasing operational efficiency. Thanks to a unique combination of navigation technologies, it can easily implement automatic and efficient load handling, even in the most demanding environments. Its intelligent ability to lift and move carts minimizes the need for manual labor and significantly increases material throughput throughout the operation.

It is designed for continuous operation, with an impressive battery life of over 8 hours under rated conditions, ensuring minimal downtime and maximum productivity. In addition to impressive performance parameters, it places an emphasis on safety. Integrated laser sensors for obstacle avoidance and piezoelectric contact sensors ensure safe operation in dynamic environments where the robot moves in close proximity to human personnel. Its robust construction and adaptable design make it an ideal choice for a wide range of industrial and logistics applications.

🚧 Are you bothered by slow and inefficient internal logistics?

Traditional material handling methods often result in high operating costs, worker safety risks, and limited capacity. Manual transfers are time-consuming, error-prone, and limit the overall throughput of your operation. If you are looking for a solution that eliminates these problems while increasing flexibility and efficiency, this robot is ready to help.

🚀 Get your time back and optimize your processes!

With this autonomous logistics robot, you get a reliable partner for automating material transport. Not only does the robot speed up and streamline logistics flows, it also significantly reduces the risk of human error and work-related injuries. It can operate flawlessly 24/7, allowing you to redirect human resources to higher-value tasks. Integrate it into your operation and watch your operations become smoother, safer and more cost-effective.

🎯 More than just features, real benefits

• Multi-sensor navigation: Precise and autonomous movement without the need for complex infrastructure → Increased reliability and efficiency of logistics processes.
• Automatic lifting of carts: Handling loads without human intervention → Saves labor, minimizes errors and reduces the risk of injury.
• Compact design: Movement in narrow aisles and confined spaces → Maximum use of available storage and production space.
• Comprehensive safety system: Laser avoidance and piezoelectric contacts → Safe operation in coexistence with people and property protection.
• Long battery life: More than 8 hours of continuous operation → Maximum productivity with minimal downtime.

👥 Who is it the ideal choice for?

• Manufacturing plants: To automate material deliveries to assembly lines and between production cells.
• Warehouses and distribution centers: For efficient movement of goods, inventory optimization, and fast shipping.
• Logistics companies: To increase throughput, reliability, and scalability in transportation hubs.
• Hospitals and healthcare facilities: For automated transportation of supplies, equipment, and other materials.

🤔 Do you have concerns? We'll answer them

• Concern: Will the installation be complicated and disrupt our current operations? → Answer: The robot is designed for flexible deployment. Thanks to SLAM navigation, it quickly adapts to new environments and integration into existing systems is simplified to the maximum.
• Concern: Is the robot safe when moving between people and expensive equipment? → Answer: Yes, it is equipped with advanced safety sensors, including laser obstacle avoidance and piezoelectric contact sensors, which detect obstacles and ensure safe operation in coexistence with both personnel and equipment.
• Concern: What is the real load capacity and endurance of the robot during heavy operation? → Answer: The robot has a load capacity of 400 kg (configurable up to 1500 kg) and its battery provides more than 8 hours of continuous operation under nominal conditions, which guarantees high productivity throughout the shift.

⚙️ Technical specifications

Load capacity	400 kg (configurable up to 1500 kg)
Navigation system	Laser SLAM, QR code, Odometer, Inertial navigation
Maximum speed	2 m/s
Continuous working hours	More than 8 hours
Safety features	Laser obstacle avoidance, Piezoelectric contact sensor
Charging type	Automatic charging station
Charging efficiency	Up to 93%

❓ Frequently Asked Questions

What is the main navigation technology of the robot?

The robot uses a complex multi-sensor navigation algorithm that combines laser SLAM, QR codes, odometer and inertial navigation for maximum accuracy and reliability in dynamic environments.

What is the maximum load capacity the robot can handle?

The basic model is designed for a load capacity of 400 kg. However, there are more powerful configurations that can handle material weighing up to 1500 kg to meet various industrial needs.

Is the robot able to work in confined spaces?

Yes, the robot is designed with a compact structure and agile maneuvering capabilities, allowing it to operate effectively even in narrow aisles and crowded warehouse spaces.

How long can the robot work on a single charge?

Under rated conditions, the robot is capable of continuous operation for more than 8 hours. High availability is ensured thanks to intelligent battery management and an automatic charging station.

What safety mechanisms does the robot have?

To ensure safe operation, the robot is equipped with advanced systems such as laser sensors for obstacle avoidance and piezoelectric contact sensors that protect both equipment and personnel.

Can the robot be integrated with other systems in the company?

Yes, the robot offers a high degree of flexibility and scalability. It can be easily adapted and integrated into existing intralogistics or production systems and software.

How does a robot move material efficiently?

The robot is equipped with a latent lifting function, which allows it to drive under a cart or pallet, lift it and autonomously move it to the designated location without the need for further manipulation.