We currently find many companies interested in introducing automation into their industrial processes, but they are worried about the cost of incorporating the installation, digitization and programming of a robotic system. In various industries, the use of industrial robots has increased compared to common tools in applications such as welding, handling, assembly, pick-and-place, milling and
The current growth of technology has allowed us to create a cooperative alliance between robots and humans, covering a wide range of services and needs to satisfy the client and remain present in the global market. Industrial robots have already entered this era, proving to be useful tools in different processes. The new generation of
Quality control is among the high expectations that many clients have when implementing automation for heavy applications. Managing a company’s quality control is synonymous with optimal efficiency and cost savings, staying competitive in the market is just one of reasons that justify making the investment in robotic quality control technology. Replacing manual revisions can achieve
In industrial automation, the robot’s effectiveness is measured by the characteristics of precision and repeatability. It is very important that, in the productive process, the same task can be carried out continuously while maintaining the same level of precision, which would be the objective to be achieved. In quality tests, one of the most important
Robots are currently working in most operational and industrial fields, and many people are just waiting until the day comes when they’ll be replaced by these systems, but this type of thinking is incorrect. Manufacturers have made developments that have allowed robots and humans to work together as a team, generating greater benefits and competitiveness
One of the great integration solutions in automated painting has been developed by Kuka and Dürr, leaders in production and automation technology; developing an integrated solution procedure for paint
For years, the automotive manufacturing industry has been known for its use of robotics in manufacturing. Ever since the introduction of the very first robots in the early 50’s, there’s a lot that has changed. The US automotive industry saw a boom in 2010 and experienced an increase in manufacturing. The US is also third
One of the sectors that has managed to take advantage of the benefits of robotic automation is the food and beverage industry, finding an alternative that provides a high level of productivity, adaptability, stability and functionality.
The robotics market has been in high demand in recent years, offering easy, cost-effective solutions with a minimum amount of failures. Of course, the benefits of new technologies have allowed for lower prices and a quick return on investment (ROI). These factors have driven the rapid growth and adoption of robotic systems, allowing small and
Collaborative robots have existed since 1990, and since then there have been many great technological advances that have influenced the growth and improvements of these cobots, which now include advanced sensors, software, EOAT, cameras and artificial intelligence, plug and play, and CAD data (for automatic programming) that help them to detect and adapt quickly and
