Collaborative robotics
Optimize production or assembly tasks through collaborative robotics
Nowadays, it is very common to find industries that are firmly committed to collaborative robotics in their production plants. Robots and humans work together in a collaborative and completely safe way in different production or assembly tasks. This type of robots are designed to interact directly with people in shared environments and have nothing to do with traditional industrial robots that operate in restricted areas due to their speed and power.
At DEIMA we are firmly committed to the implementation of collaborative robotics in all industrial fields. Our team of engineers have experience designing collaborative robotics that fits to the millimeter to the real needs of the industry of our customers.
What are the advantages of applying collaborative robotics in a production process?
There is no doubt that collaborative robotics can lead to increased productivity. The combination of human capability with the precision and speed of robots allows tasks to be performed faster and with fewer errors.
It is also very important to highlight that collaborative robotics improves safety, as it integrates very demanding advanced safety systems that allow these robots to work close to humans without posing any risk.
Collaborative robotics can reduce human labor fatigue. Cobots are in charge of repetitive and physically demanding tasks, which reduces stress and fatigue in human workers.
Finally, because these cobots can operate in the same space as humans, it frees industries from having to have more work areas, which was a must with traditional robotics.
What are the most common applications of collaborative robotics?
Collaborative robotics is very useful in the assembly process. Cobots collaborate with operators to assemble products, performing repetitive and precision tasks such as part placement, screwing or welding. This is a very common practice in the automotive and electronics industry.
Cobots can also be used in material handling. They can load and unload products or parts into production machines, collaborating with workers to move heavy or hazardous materials efficiently and safely.
Applying collaborative robotics in the quality inspection phase is very effective. Cobots can perform measurements, visual scanning or quality tests on products. Thanks to their sensors and precision, they can detect defects or anomalies with high reliability.
They are also used in palletizing and packaging products on production lines. Unlike humans, they can handle different sizes and shapes of products, making them useful in industries such as food and beverage, logistics, and pharmaceuticals.
Finally, collaborative robotics are also used in industries where precise welding or tool handling is required. Cobots can collaborate with operators to ensure a consistent and safe application.
Are you interested in investing in collaborative robotics solutions?
In DEIMA we are fully qualified to offer collaborative robotics solutions to meet the existing needs of companies. Each customer and each industry has specific needs that materialize in different needs and specific requirements. Our engineers will design a customized cobot to add up with the human capital of your team.
We offer maximum customization. If you are interested in collaborative robotics solutions from us, we invite you to contact us.
