… With additive manufacturing methods such as selective metal melting, the focal point control of the laser is crucial for the process speed and the quality. In order to determine the distance between the print…
…Sheet edge measurement with laser welding using laser scanners Automated robotic welding cells monitor the quality of pipes with longitudinal welding on the basis of several points. On the one hand, the edge position…
…Distance control with fully automatic laser welding In fully automatic welding units, welding head positioning is crucial for the quality of the welded joint. In order to position the welding head at the correct…
…3D component scan before laser cladding With laser cladding, the component surface is melted by a laser beam and joined to form a new, pore-free layer by the addition of a powdered filler material. Prior to laser…
…Adjusting laser systems In addition to beam parameter measurements, Shack-Hartmann wavefront sensors are also used to adjust laser systems or fiber-optic systems. The advantage here is their insensitivity to…
… travel long distances and position the products with millimetre precision at the end. Modern optical laser sensors and also draw-wire sensors are used to monitor this movement. Draw-wire sensors are the more…
… areas. The control of the crane system is therefore based on the measured values of highly accurate laser distance sensors from Micro-Epsilon, which are designed for large distances as well as fast distance…
… made possible by the compact sensor housing and the low weight of only 380 grams. In addition, the laser profile scanners from Micro-Epsilon are resistant to the changing environmental conditions to which the…
… table for fully automatic testing of the dimensional accuracy of sheet metal. It operates with laser profile sensors by Micro-Epsilon. The sensors measure sheet metal blanks and check them for width,…
