AUBO Mobile Collaborative Robot AMR/AGV – Flexible Logistics Automation

• ✔ Integrated control of collaborative arm, mobile chassis and peripherals
• ✔ Flexible adaptation to dynamic work environments with autonomous navigation
• ✔ All-in-one control system for easy, safe and reliable interaction
• ✔ High efficiency in complex tasks thanks to "hand-eye-foot" coordination
• ✔ Minimize complex operations and deploy quickly
• ✔ Long battery life and automatic charging options

Introducing the AUBO Mobile Collaborative Robot – a cutting-edge solution for flexible automation in modern industry. This autonomous mobile robot (AMR) with an integrated collaborative arm is designed to efficiently handle a wide range of tasks from palletizing and unloading to complex handling in dynamic environments. With an intuitive control system and advanced sensors, it becomes an indispensable partner for increasing the productivity and safety of your operation.

🤖 Key Features: What can this robot do?

• Comprehensive Control: Flexible control of a collaborative robot, mobile chassis, machine vision systems, and end grippers from one integrated system.
• Intelligent Navigation: Autonomous movement using laser sensors that ensure safe and accurate navigation in busy industrial spaces.
• Adaptability: The ability to adapt to different work environments and tasks, eliminating the need for fixed installations.
• Collaboration: Designed for secure collaboration with people, meeting the highest security standards for shared workspaces.
• Advanced Vision: Ability to adapt 2D and 3D cameras for precise positioning and object recognition, including "eye-on-hand" mode for maximum flexibility.
• Universal Manipulation: Support for various types of adaptive electric grippers for manipulating a variety of objects.

🔍 Explore every detail: Unrivaled performance and flexibility

The AUBO mobile collaborative robot represents the pinnacle of autonomous robotics engineering. Its all-in-one control system ensures seamless integration and coordination of all components – from precise chassis movement to delicate manipulation of the robot arm and peripherals. Thanks to advanced hand-eye-foot coordination, it is able to perform extremely complex tasks with high precision and efficiency. It is ideal for intelligent and flexible palletizing and unloading workplaces where there is a need to dynamically respond to changing production and logistics requirements.

🚧 Are you facing challenges in Industrial Automation?

Traditional automation can be rigid, expensive, and often requires extensive infrastructure modifications. Many companies struggle with a lack of flexibility, high labor costs for repetitive tasks, and difficulty implementing solutions that can work effectively in dynamic and shared spaces. In addition, complex handling tasks with variable objects are often beyond the capabilities of standard automation systems.

🚀 Get your efficiency back with AUBO AMR!

The AUBO mobile collaborative robot is designed to overcome these challenges. Its autonomous mobility and collaborative capabilities enable rapid and safe deployment without the need for extensive infrastructure changes. With the ability to dynamically adapt to the environment and perform complex tasks, it significantly increases productivity, reduces operating costs and improves work safety. It is a flexible, scalable and intelligent automation solution that adapts to your needs, not the other way around.

💡 From Function to Benefit: Real Value for Your Operation

• Function: All-in-one control system for robotic arm and chassis. -> Benefit: Simplify programming and deployment, reduce complexity and integration costs.
• Function: Autonomous navigation with laser sensors. -> Benefit: Safe and efficient movement in busy environments without the need for fixed paths, optimizing material flow.
• Function: Flexible adaptation to changing work environments. -> Benefit: Increased agility in production and logistics, maximum use of workspace without the need for major modifications.
• Function: Hand-eye-foot coordination ability for complex tasks. -> Benefit: Performing advanced manipulation, assembly and inspection with high precision, handling tasks previously reserved for human labor.
• Features: 48V 52Ah long-life battery with automatic charging. -> Benefit: Minimize downtime and ensure continuous operation, maximize uptime.

🎯 For whom is the AUBO Mobile Robot the ideal choice?

• Manufacturing and assembly companies: Looking for flexible solutions for transporting materials between workplaces and automating assembly operations.
• Logistics and storage centers: To optimize internal goods transportation, palletizing and unloading without the need for human intervention.
• Companies with variable production lines: Where there is a need to quickly respond to changes in production and reconfigure robotic workplaces.

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

• Concern: Is the integration of such a system complex and time-consuming? -> Answer: Thanks to the all-in-one control system and intuitive interface, the deployment of the AUBO robot is significantly easier and faster than with traditional robotic systems.
• Concern: Will the robot be safe to work alongside my employees? -> Answer: AUBO is a collaborative robot designed with advanced safety features and sensors to ensure safe interaction with people in a shared workspace.
• Concern: What is the battery life and how is charging handled in service? -> Answer: The powerful 48V 52Ah lithium battery lasts up to 6 hours of full load and is designed for 800 charge cycles (DOD 100%). Both manual and automatic charging are available to ensure minimal downtime.

⚙️ Technical specifications

Dimensions (L*W*H)	1000 * 700 * 600 mm (excluding robot arm height), tolerance ±2 mm
Loading area size (L*W)	650 * 620 mm, tolerance ±2 mm
Max. load capacity	300 kg (including the weight of the robot arm and carrier)
Robot weight	250 kg (without robotic arm)
Drive	Two-wheel differential drive
Max speed	Forward: 1.0 m/s (configurable), Reverse: 1.0 m/s (configurable)
Battery	48V 52Ah, lithium battery
Battery life	6 hours (at full load of 300 kg)
Battery life	800 cycles (DOD 100%), 80% capacity retention
Charging	Manual or automatic; max. charging current 15A
Charging time	3 hours (from 15% to 95%)
Optional robotic arms	AUBO-i5, AUBO-i10
2D Camera Systems	Industrial 2D cameras with "eye on hand", positioning accuracy up to 0.5 mm
3D Camera Systems	Structured light cameras, binocular 3D cameras with "eye on hand", 3D positioning accuracy up to 1 mm
Compatible grippers	Two-finger adaptive electric jaws, three-finger adaptive electric jaws, two-finger parallel electric jaws, etc.

❓ Frequently Asked Questions (FAQ)

What is the maximum load capacity of a mobile robot?

The mobile robot is capable of carrying up to 300 kg, which includes the weight of the robot arm and the load carried.

How long does the battery last and what are the charging options?

With a 48V 52Ah lithium battery, the robot can work for up to 6 hours at full load. Charging is possible manually or automatically, with a full charge (from 15% to 95%) taking approximately 3 hours.

Is the AUBO robot safe to work alongside humans?

Yes, as a collaborative robot, AUBO is designed to safely interact with humans. It uses laser sensors and advanced control systems to detect its surroundings and ensure safety.

What types of robotic arms can be combined with this AGV?

The robot is compatible with the optional AUBO-i5 and AUBO-i10 robotic arms, enabling a wide range of applications.

What are the possibilities of visual detection and positioning?

Industrial 2D cameras with positioning accuracy up to 0.5 mm and advanced 3D cameras (structured light, binocular) with 3D positioning accuracy up to 1 mm can be adapted, often in an "eye-on-hand" configuration.

In what environments can the AUBO mobile robot be deployed?

Thanks to its adaptability and robust design, the robot is ideal for deployment in production halls, warehouses, logistics centers and other dynamic industrial environments.

At what speed is the robot moving?

The robot can move at speeds of up to 1.0 m/s both forward and backward, and this speed is configurable according to the needs of the application.