Are you curious about the many types of robots that work together in a coordinated fashion? From collaborative robot arms to exoskeletons, modern robots are capable of incredible feats and can be used to create more innovative, more efficient workplaces.
In this article, we’ll look at the various categories of collaborative robots available today and what they can do for your business. Whether you’re just starting with automation or are an experienced robotics user, understanding these categories will help you get the most out of your robotic equipment. So, join us as we explore all there is to know about the types of collaborative robots and how they can benefit your company.
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What is a collaborative robot, and what are its benefits over traditional industrial robots?
Collaborative robots, or cobots, are the new wave in industrial robotics technology. These robots have many benefits over their traditional counterparts, and it’s no wonder many businesses are taking advantage of this innovative technology. Unlike traditional robots, which require complex setups and must be kept separate from humans due to safety concerns, collaborative robots can work safely around other people.
It means that businesses don’t need to deploy additional protective gear or create an area where the robot operates exclusively; workers and cobots can work almost side-by-side. They are also incredibly flexible in their programming and the tasks they can take on, making them ideal for operations that involve regular variation in the processes carried out.
Finally, collaborative robots offer cost savings — they reduce labor costs and require considerably less energy than conventional ones. These factors combine to make cobots an attractive option for businesses looking at modernizing their production lines.
Types of collaborative robots
Several collaborative robots have been developed to help businesses with automation.
The most common type is a robotic arm, which can be programmed to perform various tasks, such as picking up and moving objects or assembling components. These robots also feature advanced safety features so they can work safely alongside human workers without additional protection measures. Several companies offer robot arms specifically designed for industrial applications, including ABB’s YuMi, KUKA LBR iiwa, Universal Robot’s UR5 and UR10 models, and FANUC America Corp’s CR-35iA robot.
Another type of cobot is the exoskeleton robot, which uses an external frame to support and amplify the strength of human workers. These robots are designed to help people easily lift heavy objects, reducing strain on the body during long shifts. Companies like Ekso Bionics and REX Bionics offer a selection of exoskeleton robots for industrial use.
Finally, mobile collaborative robots are built from the ground up to be used in work environments. These robots are typically autonomous, meaning they don’t need direct human control and can travel around a facility as needed. Popular mobile robot brands include Starship Technologies and Fetch Robotics.
How do you determine which type of collaborative robot is best for your application or industry sector?
Choosing the best type of collaborative robot for your application or industry sector will depend on a few factors, such as the tasks you need it to perform and the environment in which it will be used.
Robotic arms are ideal for businesses that require precise, repeatable tasks such as assembly line work and material handling. Exoskeleton-type robots can support workers in physically demanding environments, while mobile robots are a great option when there is regular variation in the required tasks.
If you need help determining which cobot type would suit your needs best, talk to a robotics specialist who can provide guidance and advice. They’ll be able to advise you on the best options available for your particular situation.
Overall, collaborative robots can be a great way to streamline processes and maximize efficiency in the workplace. Thanks to their advanced safety features, they offer benefits over traditional robots while being incredibly flexible and cost-effective.
Examples of collaborative robots being used in various industries
Collaborative robots are used in various industries, from automotive and electronics to food production and pharmaceuticals.
In the automotive sector, robotic arms are often used for tasks such as welding or painting car parts with high precision. Exoskeleton-type robots can be used to provide support for workers performing physically demanding jobs such as lifting heavy materials. Mobile robots are also proving popular in this sector, with companies like Jaguar Land Rover using them to transport components around their factories.
In the electronics industry, cobots are often employed to perform exact tasks, such as soldering components on circuit boards. They’re also helpful for packaging goods quickly and accurately ready for shipment.
Food productin is another area where collaborative robots are proving invaluable, with robotic arms being used for tasks such as slicing vegetables or forming burgers. Exoskeleton-type robots can help workers lift heavy loads in this sector, while mobile robots can transport goods around the production line quickly and efficiently.
Finally, pharmaceutical companies are using cobots to handle sensitive materials in an accurate and controlled manner. They’re also being employed for tasks such as packing medicine into boxes ready for distribution.
