An Introduction to Collaborative Robotics

Collaborative vs Traditional Robots

Traditional robots and cobots are two completely different technologies. While they may seem similar, if not identical, on the surface, they vary greatly from each other. And the biggest difference between these two technologies is that one is designed to work in its own space, while the other can work with humans for even more efficiency.

Traditional robots can be dangerous in the workplace. Since these robots typically work autonomously, human employees don’t have that much protection when these machines are working. But with collaborative robots, there is an added safety layer as these machines will be able to respond to human intervention.

For example, a common accident that occurs when working with traditional robots is crushing and trapping accidents. With collaborative robots, there is a much lesser chance of this happening as engineers need to ensure that cobots can work in conjunction with humans without these dangerous risks.

One of the first times we saw a cobot in manufacturing is when GM Motors developed a robot wherein the humans provide the power and direction for the robot. However, the cobot would be able to steer itself with incredible precision which kept the human employees safe while ensuring that all the products passed quality control standards.

Benefits of Collaborative Robots

Adopting collaborative robots in the workplace is a great option for many companies. Cobots are a huge step-up compared to traditional manufacturing robots in almost every aspect. Here are a few of the key benefits that companies get whenever they make the shift to cobots.

Safety

Generally, cobots pose a much lesser risk to human employees compared to traditional robots. These robots are much better suited for environments that require flexibility and adaptability. Traditional robots are rigid and you don’t get that much flexibility with them. On the flip side, cobots are very flexible and can easily work alongside a human workforce, creating a much safer environment for everyone involved.

Fast Installation

Traditional robots can take a few days and sometimes up to a week before they are up and running and ready for installation. With cobots, all it takes is a few hours before you can start using them in the production line. This reduces the need to shut down production and make adjustments just so you can install a new piece to the production line.

Adaptability

Cobots are very advanced and you can easily program instructions in just a few minutes. This means that you can simply adjust the robot’s actions for different needs. That way, you don’t have to use different robots for various tasks in the workplace.

Consistency and Accuracy

Another major advantage of cobots is their accuracy. No matter how skilled a human worker is, they cannot compare with the accuracy and consistency of a computer-powered robot. Cobots allow you to remain much more consistent and efficient in production, which not only reduces costs, but it can also increase profit!

Collaborative Robotics Applications in Manufacturing

Cobots can be used in various industries. However, they typically offer the most benefits to those working in the manufacturing industry. There are many ways you can apply cobots in manufacturing because of their accuracy, consistency, and adaptability.

Some of the key ways that companies employ cobots in their manufacturing processes include:

• Welding
• Dispensing
• Finishing
• Material Handling
• Quality inspections

You can specifically program cobots to work in precise environments that require adaptability. They are designed to work with humans, making them a great option for many companies and organizations. These are huge technological developments that can create a much more efficient production line and be applied in many other industries.

SafetyCulture and Collaborative Robotics