ROBOTIC VISION


Robotics vision is an advanced technology that helps robots better recognize things, navigate, find objects, inspect and manipulate parts in a wide variety of applications, even before they start running.

Integrating robotic advancements alongside computer vision can lead to automation solutions whose capabilities far exceed those of any technology itself.

Robotic vision technology can be applied in most industrial sectors, including automotive, industrial, manufacturing, food and product packaging, and parts assembly. and in processes of handling and elimination of materials, collection and placement, deburring and grinding

Specialists developed a method to “observe” the robot’s programming. With the help of vision, the robot can be programmed with a series of algorithms calibrated in detail, The algorithms developed can control the actions of the robot, assembling a certain part, defects in the product can be detected and the product can be scanned and identified. product.

There are even temperature sensing sensors with varying degrees of complexity and range of application, then the camera can be installed on the robot or fixed in a stationary position to take pictures of each work piece that the robot will communicate with. In case the part does not meet the algorithm requirements, the part will be rejected.

Using images produced with robotic vision, the robot can scan lines, barcodes and three-dimensional images, even carry out an inspection.

According to the programming of the robot, it will be able to perform image processing, recognize patterns, detect an object or image, count pixels, search and manipulate objects and more

What is acquired when introducing robotic vision to the production line?

  • An advanced vision system, the dynamics of industrial robots will be greatly improved.
  • With the help of a powerful vision system, the robot can consider alternative solutions in its working environment.
  • The robot can verify that it performs the task correctly and can even perform inspection tasks in the process.
  • Robots can work side by side without colliding with each other when equipped with robotic vision technology
  • Operator safety can be optimized as robots have “vision”
  • Flexibility is the main advantage of using robotic vision systems.
  • Robots with vision systems are better able to respond to the variables of their environment, thus minimizing downtime.

The robot vision system enhances the cell operator experience and increases productivity. Low operating costs and increased investment directly provide manufacturers with a faster return on investment.

This innovative technology can help reduce the cost of implementation and operation of industrial robots, while developing solutions for the emerging requirements of robotic automation.

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