Weld seam profile
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary. Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary. Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.
Application challenge
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.
Measurement method and system
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.
The problem
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.
The method
Welding robots which perform the joining automatically are often used for joining metals. For visible parts, the weld seam must satisfy certain optical criteria; for example, there must be no remaining welding beads. A laser scanner is installed directly after the welding head for this. It measures all the weld seams made and arranges for the robot to make corrections if necessary.