ROBOTIC VISION SYNERGY OF TECHNOLOGIES, ADVANCED SOLUTIONSRobotics and machine vision have seen dynamic development recently. Both technologies are of great benefit to manufacturing automation in their own right. However, by combining industrial robots and machine vision in robotic vision, a new range of tools opens up for us to move automation to an imaginary level higher.
Robotics and machine vision have seen dynamic development recently. Both technologies are of great benefit to manufacturing automation in their own right. However, by combining industrial robots and machine vision in robotic vision, a new range of tools opens up for us to move automation to an imaginary level higher.
BIN PICKING
The robotic picking of loose parts from pallets, shipping boxes, KLT boxes, or other shipping containers is one of the key tasks associated with manufacturing automation.
PICK & PLACE
Pick-and-place tasks are among the common manufacturing operations in which industrial robots are used.
PACKAGING
Product packaging is one of the basic process operations in any manufacturing company.
MEASUREMENT
For the purpose of conducting extensive inspections of products, robots are typically equipped with 2D or 3D machine vision technologies.
ASSEMBLY
Industrial robots enable fast and precise handling of assembly parts and subassemblies.
GUIDANCE OF ROBOTS
Guiding robots using 2D/3D machine vision technologies significantly expands the range of applications for industrial robots.
CNC MACHINES TENDING
Robotic operation of CNC machines is typically focused on loading and unloading parts into injection molding machines, machining centers, and hydraulic or pneumatic presses.
LASER APPLICATIONS
The integration of laser, robotics, and machine vision technologies opens up new manufacturing possibilities.
Previously used sensors of various types added to robots were able to control the movement of the robots to a certain extent or possibly control certain parameters of the products that the robot handles. However, complete control over the control of robot movement and product quality control can only be achieved by combining robots with machine vision, the so-called robotic vision.
Depending on the number and level of machine vision devices deployed, both a simple analysis of objects in a plane and a complex analysis of moving objects in space can be performed by recognizing all 6 degrees of freedom.
Thus, it turns out that robotic vision can be the answer to the requirements of fully automated production and to new production processes.
