Industrial Robots and Flexible Robotic Systems

Industrial robots are innovative instruments used to achieve regular and operational objectives in a safe, accurate and efficient way; through the development of flexible robotic systems that are based on the development and integration of robotic applications, where the production line processes are reconfigured or innovated, thus reducing cycle times and increasing productivity speed.

These flexible robotic systems are characterized by:

Flexibility is one of the applications that robotics technology now offers, which has acquired greater importance for the client in recent years, as it allows flexible work cycles to be programmed and created along with greater calibration speed, without sacrificing speed in the production line and the robotic system’s high performance.

With the agility that comes with each robotic system that is integrated with industrial robots, the margin of error is reduced in the manufacturing processes, thanks to innovation and development that reduce the time of configuration and increase the yield in production.

Precision is fundamental to many of the industrial processes used today, with each improvement that has been developed for industrial robots such as the wide reach of the arm, robustness, high precision and accuracy, and the integration of the right tools.

Quality and consistency in the use of vision systems, it is viable to increase the quality of production processes and automatically implement measurement and control tasks, thus optimizing product quality and cycle times.

The industrial processes that are currently in highest demand and that best apply to the aforementioned requirements are:

Pick and place, machine tending, assembly, palletizing, polishing, and material handling, among others.

At companies like Used Robots trade that work with second-hand robots, they prepare their industrial robots in such a way that each robot complies with the flexibility, speed, precision and quality required by each client for the different industrial processes, presenting an affordable and suitable robot for each application.

Finally, the demand for flexible robotic systems is increasing, even in less developed countries that see new challenges for other unexplored sectors in automation innovation.

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