Aubo

Types of Aubo

Aubo collaborative robots are designed to assist and work alongside humans in various industrial settings. These robots aim to enhance productivity, improve safety, and facilitate flexible automation. Aubo collaboratives come in different models and specifications to meet distinct operational requirements. Here are some of them:

• Aubo-I: This is the first-born series of robots produced by Aubo. With fluent joint motion and intelligent control, Aubo-I can perform complex and precise tasks. Some of its notable features include interactive programming, collaborative ability, and Multi-joint design. Aubo-I adapts to various tasks, such as assembly, quality inspection, and collaborative manipulation.
• Aubo-X: This is an upgraded version of Aubo-I. It has a more advanced capability of task engagement and cooperation with human operators. With intelligent task allocation and adaptive learning ability, Aubo-X can collaborate with humans to accomplish complex tasks, enhance work efficiency, and improve production flexibility. Its major features include enhanced load capacity, Human-robot collaboration, and flexible deployment. Aubo-X is suitable for collaborative assembly, shared workspace collaboration, and intelligent manufacturing scenarios.
• Aubo-10: This is another collaborative robot by Aubo. It has task adaptability and human-robot collaboration ability in various scenarios such as manufacturing, healthcare, and logistics. The Aubo-10 features seamless collaboration, Adaptive Learning, and Flexible Deployment. It supports smooth cooperation between humans and robots, enabling them to work together efficiently. Aubo-10 is suggested for collaborative assembly, shared workspace collaboration, and intelligent manufacturing scenarios. (This is literally the exact same definition as the previous one. Couldn't one of them have the Aubo-X description, and this one have Aubo-10?)

In addition to this, Aubo has also developed some other collaborative robots:

• Language Robot: Aubo's language robots are designed to understand and generate human language, enabling natural interaction and communication between humans and machines. These robots can be used in customer service, virtual assistants, and intelligent dialogue systems. Their major features include Natural Language Understanding, Dialogue Generation, and Human-robot Interaction.
• Logistics Robot: These logistics robots help automate transportation, sorting, and inventory management tasks in warehouses and supply chains. They enhance operational efficiency, reduce manual labor, and improve logistics reliability. Their features include Autonomous Navigation, Intelligent Sorting, and Inventory Management. Aubo's logistics robots can optimize logistics processes and enhance supply chain efficiency.
• Service Robot: Service robots by Aubo are designed to provide services in various industries, such as hospitality, healthcare, retail, and education. These robots can assist customers, deliver information, and perform routine tasks to enhance service quality and operational efficiency. Their ability to enhance service quality, operational efficiency, and Human-robot collaboration makes them stand out. Aubo service robots can also customize and adapt their services according to the specific needs of enterprises and scenarios.

Specifications and Maintenance

Specifications

• Design: Aubo's modular design allows users to customize the robots to suit their needs. Customers can choose the robot's length, load capacity, and the end effectors it uses.
• Payload: Aubo robots can carry different weights, from light objects in the one- and two-series robots to heavier objects in the seven-series robots. This means they can handle various business tasks.
• Reach: Reach is how far the robot arm can move. Aubo robots can reach distances from 0.9 meters to 1.7 meters, making them capable of completing numerous tasks that require different arm lengths.
• Precision: Precision measures how accurately the robot can perform tasks. Aubo robots are designed to be precise, allowing them to complete tasks like assembly, which requires great accuracy.
• Grippers and Tools: Aubo robots use different types of grippers and tools (end effectors) based on the task. For instance, they may use suction cups for assembly tasks or specialized tools for machine maintenance and inspection.
• Software and AI: Aubo's AI and software capabilities are part of its specifications. This includes the ability to learn from its experiences, adapt to new tasks, and be controlled remotely.

Maintenance

• Regular inspections: Regular inspection of Aubo robots is essential to identify issues early. Schedule periodic inspections to check the overall condition of the robot, look for damage or wear on the joints and arms, test the function of the end effectors, inspect the cable connections and tracks, and ensure the software is updated and running smoothly.
• Gravel removal: Dust and tiny particles can damage the precision parts of an Aubo robot. Use an air compressor or a soft brush to remove the dust from the robot's tracks, joints, and end effectors.
• Lubrication: The moving components of the robot, such as its tracks and joints, should be regularly lubricated to ensure smooth operation and prevent wear. Use high-quality lubricants in line with the manufacturer's recommendations.
• Protection: After prolonged use of the robot, it is necessary to protect the robot from an unprotected environment. For instance, to avert excessive exposure to dust or moisture, ensure that the working environment of the robot is well-ventilated and clean.
• Software updates: Regularly check the Aubo robot's software and update it as necessary to ensure it has the latest features and performance improvements.

Scenarios of aubo

• Collaborative manufacturing:

  Aubo's flexible collaborative robots can work side by side with human workers in a manufacturing environment. They can assist with tasks such as assembly, quality inspection, packaging, and material handling. Aubo cobots augment human capabilities, improving productivity and efficiency.

• Light machining:

  Aubo robots with precise control and programmable features can assist with light machining tasks. They can handle workpieces, supply tools, and perform simple machining operations like drilling, milling, and cutting. Aubo robots improve consistency and accuracy in machining operations.

• Logistics automation:

  Aubo's mobile cobots are suitable for logistics and warehouse automation. They can autonomously navigate through warehouse facilities to pick, pack, sort, and deliver materials. Aubo cobots can integrate with warehouse management systems for inventory tracking and order fulfillment, streamlining logistics operations.

• Healthcare assistance:

  Aubo's collaborative robots can assist healthcare professionals in various tasks. They can help with patient monitoring, medical equipment handling, disinfection of healthcare facilities, and support for elderly or disabled individuals. Aubo cobots enhance productivity and improve healthcare service delivery.

• Scientific research:

  Aubo robots are valuable in scientific research and labs. They can automate repetitive experiments, sample handling, data collection, and instrument operation. Aubo robots provide accurate and reliable results, allowing researchers to focus on more critical aspects of their work.

How to choose AUBO

• Flexible and customizable:

  AUBO robots are designed to be flexible and adaptable, making them an excellent choice for businesses with changing production needs. They can handle various tasks, from assembly and quality inspection to packaging and palletizing. Their customizable design allows for modifications and expansions to meet specific business requirements.

• Collaborative:

  AUBO collaborative robots, or cobots, are meant to work alongside human workers in shared spaces. If a business's production line involves close cooperation between humans and robots, an AUBO cobo might be the best choice. These robots are equipped with safety features to protect human workers from injury, such as force-limited design, safety-rated monitored stop, and collaborative control.

• Cost-effective:

  For businesses conscious of their budget, an AUBO robot may offer a cost-effective solution. Generally, these robots are more affordable than traditional industrial robots. Despite their lower price point, they deliver strong performance, making them a sensible investment for businesses that want to automate without breaking the bank.

• User-friendly programming:

  AUBO robots are usually accompanied by easy-to-use programming software. This software allows users to program the robot using intuitive drag-and-drop methods or teach it to learn. Some AUBO models might even have artificial intelligence capabilities for more advanced programming options. This user-friendly programming makes it easy for businesses to integrate the robot into their operations quickly.

FAQ

Q1: What are some differences between Aubo robots and traditional industrial robots?

A1: Aubo robots have some modern features that traditional robots may not have. They may have collaborative capabilities, which means they can safely work alongside people without needing safety cages. Aubo robots are usually more flexible and programmable, allowing them to perform various tasks. They may also have advanced vision and sensing capabilities for more complex and delicate jobs.

Q2: How do Aubo robots communicate with other machines and systems on the factory floor?

A2: Aubo robots can communicate with other machines and systems on the factory floor using various communication protocols. Common communication protocols used by Aubo robots and other industrial machines include Ethernet/IP, Profinet, TCP/IP, UDP, and others. For instance, an Aubo robot might use Ethernet/IP to connect with an industrial PLC (Programmable Logic Controller) that governs the factory's automation processes. This would enable the robot to receive precise instructions for its tasks and report its status to the PLC.

Q3: How does the buyer determine the right size and payload capacity for an Aubo robot?

A3: The size and payload capacity of an Aubo robot are crucial specifications to consider when selecting a model. First, it is important to analyze the tasks that the robot will perform. Next, it is important to consider the weight and dimensions of the objects the robot will handle. The task analysis will help to determine whether the robot will be moving, assembling, packaging, or performing other tasks. After this, it is necessary to ensure that the robot's payload capacity exceeds the maximum weight of the objects the robot will handle. It might also be necessary to consider the working envelope or reach. Finally, it is important to consult with the robot manufacturer's specifications for different models to ensure that the sizes and payload capacities are adequately considered.