Among the most widely used types of robots in industry are collaborative robots HCR, commonly known as cobots. They are perfect proof that automated solutions do not mean displacing humans from the production line, and devices can cooperate with people on a daily basis, contributing to improved production quality and efficiency. We present the most important information about what human-robot collaboration looks like.
How Does Human-Robot Collaboration Work?
Unlike standard industrial robots, HCR robots (also called HRC robots) can effectively collaborate with humans and coexist with them in the production space directly next to them. There is no need to separate fenced-off workstations. The devices are designed so that potential contact with working arms or other elements does not pose a threat to humans. The key factor in human-robot collaboration in this case is that they share the workspace at the same time. However, they can perform different, complementary tasks that are successive stages of the entire production process.
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Collaborative Robots (HRC) – What Does Working with a Cobot Look Like?
A collaborative robot is equipped with advanced sensor systems and precision arms. As a result, it can be used for work requiring high repeatability and precision. Cobots are deployed on assembly lines, in welding, or palletization. It can be used in the automotive industry, heavy industry, or broadly understood manufacturing industry.
The device is able to detect the presence of a human and react to contact with them. It adjusts the speed of work or applied force to needs, as well as the safety of the surroundings. Humans also usually have the ability to manually guide the robot’s arms, which works well, for example, when programming new movements. Thanks to this, modern collaborative robots can be easily reprogrammed and adapted to new tasks, which is often necessary in facilities processing large quantities of materials in a short time.
Benefits of Human-Robot Collaboration
Human-robot collaboration can bring many benefits. These include:
- Enhanced speed and operational efficiency,
- Consistent precision – cobots maintain high repetability without fatigue,
- Higher production quality,
- Production flexibility – easy reprogramming for different products,
- Ease of implementation and use – a collaborative robot is usually a solution that does not require as much work as a traditional industrial robot,
- Optimal use of production space,
- Employee development – the ability to offer personnel positions requiring greater knowledge and engagement instead of those where work is most monotonous and repetitive,
- The ability to increase production volume and improve its quality translates into greater profit,
- Reduction of operational costs,
- Reduction of human errors and product defects,
- Optimization of processes and company management through data provided by cobots.
Collaborative robots find application not only in the largest production companies, but also in smaller enterprises. High demand combined with access to increasingly advanced technologies, including artificial intelligence, means that this category of industrial robots will certainly continue to develop. Machines are gaining more and more capabilities, are able to more effectively analyze data provided to them in real time, and also react in real time, thanks to which their collaboration with humans can reach an even higher level, previously unavailable.