Best Collaborative Robots of 2024

By Qviro · August 1, 2024

Choosing the right collaborative robot (cobot) can transform your manufacturing process. In 2024, cobots are more advanced, offering effective solutions for tasks like machine tending, packaging, and assembly. This article reviews the top cobots of the year, highlighting their features and benefits to help you find the best fit for your needs. Discover how these innovative machines can enhance your operations and support your success in industrial automation.

Collaborative Robots:

Cobots, or collaborative robots, are designed to work alongside you, boosting productivity and safety in various industries. Unlike traditional robots, cobots use advanced sensors and safety features to interact closely with you safely.

Cobots can work continuously without breaks, significantly increasing productivity. They handle repetitive tasks, allowing you to focus on more complex work. With features like force limiters and sensors, cobots ensure safe collaboration and reduce injury risks.

Cobots are flexible and versatile. You can reprogram them for different tasks, making them useful in assembly, packaging, quality inspection, and welding. They are generally more affordable than traditional robots and help lower labor costs by automating repetitive tasks. Cobots also improve precision, reducing errors and waste while increasing output quality.

Best 10 Collaborative Robots of 2024:

Best for All Applications

UNIVERSAL ROBOTS UR20

Rating: 4.6/5 (41 Reviews)

Description: Next-gen collaborative robot with 1750mm reach, 20kg payload. Faster, safer, and adaptable for diverse applications. Easy programming and future-ready features.
Price: $57,000.00
Specs: Payload 20kg | Reach 1750mm
Read more about UR20

ABB GoFa 12

Rating: 4.7/5 (9 Reviews)

Description: Advanced collaborative robot with 950mm reach, 12kg payload. Ideal for a range of applications.
Specs: Payload 12kg | Reach 950mm
Read more about GoFa 12

Ideal for Academic Environments

Kinova Gen3 (7DoF)

Rating: 4.2/5 (12 Reviews)

Description: Versatile collaborative robot with 915mm reach, 4kg payload. Suitable for research and light industrial tasks.
Specs: Payload 4kg | Reach 915mm
Read more about Gen3

Best for Machine Tending

Yaskawa HC10

Rating: 4.3/5 (12 Reviews)

Description: Collaborative robot with 1200mm reach, 10kg payload. Optimized for a variety of industrial applications.
Specs: Payload 10kg | Reach 1200mm
Read more about HC10

Best for Palletizing

Fanuc CRX-25iA

Rating: 4.4/5 (5 Reviews)

Description: Robust collaborative robot with 1889mm reach, 25kg payload. Built for heavy-duty applications.
Specs: Payload 25kg | Reach 1889mm
Read more about CRX-25iA

Best for Quality Inspection

Techman TM5-700

Rating: 4.5/5 (4 Reviews)

Description: Smart collaborative robot with 700mm reach, 6kg payload. Enhanced with vision system for precise tasks.
Specs: Payload 6kg | Reach 700mm
Read more about TM5-700

Most Cost-Effective

Elephant Robotics MyCobot 320-M5

Rating: 4.0/5 (1 Review)

Description: Compact collaborative robot with 320mm reach, 1kg payload. Ideal for educational and light industrial applications.
Price: $2,399.00
Specs: Payload 1kg | Reach 320mm
Read more about MyCobot 320-M5

Best for Pick & Place

Doosan M0609

Rating: 4.4/5 (6 Reviews)

Description: High-performance collaborative robot with 900mm reach, 6kg payload. Suitable for various tasks.
Specs: Payload 6kg | Reach 900mm
Read more about M0609

Best for Material Handling

KUKA LBR iiwa 14 R820

Rating: 4.6/5 (3 Reviews)

Description: Intelligent collaborative robot with 820mm reach, 14kg payload. Perfect for precision tasks.
Specs: Payload 14kg | Reach 820mm
Read more about LBR iiwa 14 R820

Best for Welding

Kassow Robots KR1410

Rating: 4.6/5 (1 Review)

Description: Versatile collaborative robot with 850mm reach, 3kg payload. Great for light tasks.
Specs: Payload 3kg | Reach 850mm
Read more about the Robots KR810-3

How to Choose the Right Cobot?

Choosing the right cobot involves several key considerations:

1. Task Requirements:

Identify the specific tasks the cobot will perform, such as assembly, packaging, or quality inspection.

2. Payload & Reach:

Ensure the cobot can handle the weight and reach necessary for your tasks.

3. Ease of Programming:

Look for cobots with user-friendly programming interfaces that require minimal training.

4. Safety Features:

Choose cobots with advanced safety features like force sensors and emergency stops to ensure safe human-robot interaction.

5. Integration:

Make sure the cobot can easily integrate with your existing systems and workflows.

6. Support & Maintenance:

Consider the availability of customer support and ease of maintenance.

Choosing the Best Cobots for Your Needs:

Selecting the right cobots for your business is important. You need to understand your specific requirements to make the best choice. This is where automation consulting can help. Qviro’s Alina is here to make the selection process easier. Alina offers expert guidance that is tailored to your needs.

The Role of Automation Consulting:

Automation consulting helps you integrate cobots into your workflow smoothly. Our article on automation consulting highlights how expert advice can boost the efficiency and return on investment (ROI) of your projects. Here’s how it can benefit you:

Customized Solutions: Consultants assess your operations to recommend the best cobots, ensuring they fit your business perfectly.
Cost Optimization: By understanding your automation needs, consultants help you avoid unnecessary expenses and make the most of your investment.
Expert Support: You get access to expert knowledge and industry best practices, which can streamline your implementation process and address challenges effectively.

Why Choose Qviro’s Alina?

Qviro’s Alina Automation Consultant gives you a unique advantage in selecting the right cobots. Alina has a deep understanding of the market and the latest technology. You receive recommendations based on data-driven insights and industry trends. This ensures that your investment in cobots meets your current needs and is prepared for the future.

Try Alina Now

Cobot Dictionary:

Term	Definition
End Effector	The tool attached to the end of a cobot arm, designed to interact with the environment, like grippers or welding torches.
Payload	The maximum weight that the cobot can safely handle or carry during operation.
Teach Pendant	A handheld device used to program and control the movements of a cobot.
Collaborative Workspace	The area in which both cobots and humans can safely work together without physical barriers.
Programming Interface	The software or control system used to input commands and configure tasks for a cobot.
Safety-rated Monitoring	A safety system that uses sensors to monitor the cobot’s operation area and halt its motion if a risk is detected.
Gripper	A type of end effector used by cobots to grasp and manipulate objects.
Cycle Time	The total time it takes for a cobot to complete one sequence of operations.
Repeatability	The ability of a cobot to perform the same action with high precision multiple times.
Vision System	An integrated camera and sensor system that allows the cobot to perceive its environment to align and position tasks accurately.

How Much Does a Cobot Cost?

Thinking about buying a cobot? Let’s get into what you’ll actually be spending. A basic cobot capable of handling a 5kg load could set you back around €25,000. If you’re looking at models that can manage up to 15kg, prices can climb to about €45,000. But remember, that’s just the start. The real cost includes more than just the robot. You’ll also need to budget for accessories like grippers, sensors, and the cost of integrating the cobot into your operations. These extras can easily double or triple your initial investment.

It’s not just about the upfront cost either. Think about the long-term benefits like increased productivity and lower labor costs. Investing in a cobot could mean significant savings over time, making it a smart move for your business. So, don’t just focus on the price tag—consider how much value the cobot will bring to your operations in the long run. For a more detailed look at cobot costs, check out the full article.

Features	Cobots	Traditional Robots
Safety	Cobots have advanced sensors and safety features, allowing them to work alongside humans without safety barriers.	Traditional robots typically operate in isolated areas away from human workers due to lack of advanced safety features.
Ease of Use	Cobots are easy to program with minimal training, featuring intuitive interfaces and simple software.	Traditional robots require complex programming and skilled technicians for setup and operation.
Flexibility	Cobots are highly flexible, easily switching between tasks and integrating into various workflows.	Traditional robots are usually fixed in their functions, requiring significant reconfiguration for new tasks.
Cost-Effectiveness	Cobots are more affordable and cost-effective for smaller operations, reducing the need for extra safety equipment and space.	Traditional robots involve higher upfront costs and are generally suited for larger operations with consistent production needs.

What Industries Use Cobots?

Cobots, or collaborative robots, are designed to work alongside humans, boosting productivity and safety in various industries. They handle repetitive tasks with precision and adapt easily to different environments.

1. Manufacturing:

In manufacturing, you can use cobots for assembly, packaging, and quality inspection. They help improve efficiency by maintaining a steady output and reducing errors. Cobots can seamlessly fit into your existing production lines, allowing you to scale operations without major changes. Their flexibility lets you quickly adjust to new products or tasks, minimizing downtime.

2. Automotive:

If you work in the automotive industry, cobots can assist in assembling parts, welding, and painting. They ensure precision and help reduce human error. By taking on repetitive and hazardous tasks, cobots enhance workplace safety and free you to focus on more complex aspects like quality control. Their adaptability means they can keep up with changes in car design and production techniques.

3. Electronics:

In electronics, cobots are perfect for delicate assembly tasks. They handle tiny components precisely, reducing the risk of damage and ensuring high product quality. Cobots can operate in cleanrooms, which is essential for electronics manufacturing. As devices become more complex, cobots provide the accuracy and reliability you need to assemble intricate components.

4. Healthcare:

Cobots in healthcare support you with tasks such as surgery assistance, lab automation, and patient care. They enhance precision during surgeries, lowering the risk of complications. In labs, cobots manage repetitive tasks like pipetting, allowing you to concentrate on more critical work. For patient care, cobots assist in rehabilitation exercises, providing consistent support tailored to each patient’s needs.

5. Food & Beverage:

In the food and beverage industry, cobots help with packaging, sorting, and quality control. They ensure that products are packaged consistently and meet hygiene standards. Cobots can operate in environments with strict hygiene requirements, reducing contamination risks. Their ability to handle various products without retooling is ideal for quickly adjusting to changes in consumer demand.

6. Logistics:

Cobots streamline logistics by assisting with material handling, order picking, and inventory management. They work alongside you in warehouses, moving and sorting goods accurately and efficiently. With advanced sensors, cobots navigate safely around humans, ensuring smooth operations. By automating repetitive tasks, cobots help you meet the demand for faster and more reliable deliveries.

What Tasks Can Cobots Perform?

Cobots can perform a wide range of tasks to assist in various industries:

Application	Description
Assembly	Cobots assemble components with precision, reducing human error and increasing efficiency.
Packaging	They handle packaging tasks, ensuring consistent quality and speed.
Machine Tending	Cobots load and unload machines, streamlining production processes.
Quality Inspection	They inspect products for defects, ensuring high standards are met.
Material Handling	Cobots move and organize materials, improving workflow and safety.
Welding	They perform precise welding tasks, enhancing the quality of welded joints.
Polishing and Painting	Cobots ensure uniform application, improving finish quality.
Pick and Place	They accurately pick and place items, enhancing sorting and organizing processes.
Palletizing	They streamline the palletizing process, efficiently stacking and organizing products onto pallets for shipment, enhancing speed and reducing physical strain.

What Makes the Best Cobot?

When you’re choosing a collaborative robot (cobot), focus on key factors to get the best fit for your needs.

Performance & Versatility:

The best cobots deliver excellent performance across various tasks. Look for a cobot with a strong payload capacity and precise movements. You need a versatile cobot that can handle different applications, from assembly to packaging.

Ease of Use & Integration:

A high-quality cobot should be easy for you to program and integrate into your existing systems. User-friendly interfaces and intuitive controls save you time and make it easier for your team to get started.

Safety Features:

Safety is crucial when working with cobots. The best models have advanced safety features, like collision detection and force limiting, to ensure safe collaboration with your team.

Reliability & Support:

Choose a cobot from a reliable manufacturer with a reputation for quality and strong customer support. This ensures you have help available when you need it, keeping your operations running smoothly.

How Easy Is It To Program a Cobot?

Programming a cobot is relatively easy and user-friendly. Here’s why:

1. Intuitive Interfaces:

Cobots often come with simple, graphical user interfaces that make programming straightforward, even for beginners.

2. Teach Mode:

Many cobots have a teach mode where you can manually guide the robot through tasks. The cobot records these actions for future use.

3. Drag-and-Drop Programming:

Some cobots use drag-and-drop programming, allowing you to create complex workflows without needing to write code.

4. Quick Setup:

With pre-configured templates and easy-to-follow instructions, setting up and programming a cobot takes minimal time.

Benefits of Using Cobots:

Benefits	Description
Flexibility & Integration	Cobots are flexible and easy to integrate into your existing workflows, allowing seamless adaptation for various applications without major disruptions.
Enhanced Safety Features	With advanced safety features, cobots facilitate safe human-robot collaboration, reducing the risk of workplace accidents and improving safety.
Cost-Effectiveness & Efficiency	Cobots are cost-effective and enhance efficiency, enabling you to automate tasks like machine tending, packaging, and assembly, reducing operational costs and boosting productivity.