Project background:

The process of hanging signs is called steel marking. At present, enterprises mainly use manual positioning

 and welding. However, with the acceleration of production pace, marking personnel are prone to fatigue 

and boredom when facing high-intensity and repetitive labor, which leads to low work efficiency and wrong

 marking positions. At the same time, harsh environments such as high dust and high noise will also cause 

harm to practitioners. These problems faced by manual operations also restrict the further development of

 enterprises, and intelligent and automated transformation and upgrading are effective ways to solve this 

problem.

Project requirements:

3D vision identifies one of the most protruding angles in the center of the angle steel stack and sends the 

non-edge position of the angle steel to the robot, which then welds the studs and labels to the angle steel.

Technical analysis:

1. Traditional 2D vision cannot obtain the position information of the protrusion, and the 3D camera can 

meet the requirements.

2. Use DLP binocular structured light 3D camera, the camera is installed on the robot and the distancecan be adjusted appropriately according to the on-site situation.

Customer benefits:

1. Improve production efficiency.

2. Reduce labor costs.

3. Enjoy perfect after-sales service and technical support.