… be inspected in order to assure a perfect soldering quality and to avoid failures. For this purpose, laser profile sensors from Micro-Epsilon are used. The scanner uses a blue laser diode which enables…
…Print head positioning in laser transfer printers With printing and exposure processes, the exact height of the print head or the distance from the object to be printed are crucial factors for the quality of the final…
… order to ensure high resistance to water and dust. Measurements are performed with Micro-Epsilon laser profile sensors that provide high resolution and profile frequency.
…Presence monitoring of electronic components Laser triangulation sensors are used in fully automatic presence inspection of components on printed circuit boards. Very small details can be detected reliably due to the…
… working distance, this distance value must be inspected continuously. For this purpose, compact laser sensors from Micro-Epsilon are used. Thanks to the fast measuring rate and the insensitivity to…
…Inspection of adhesive beading and applied sealants scanCONTROL laser scanners inspect the presence and dimension of adhesive beading. They are mounted on the dispenser in order to control the quantity applied and the…
…Position control of battery cells After the battery cells have been assembled, laser scanners from Micro-Epsilon inspect their completeness and position. Therefore, a 3D image is generated which is then compared with…
… and deformations after longitudinal cutting. In order to detect these deviations reliably, laser profile sensors from Micro-Epsilon are used. Laser scanners measure the profile of the film on the edge…
… be coated with extreme precision in order to maintain tight manufacturing tolerances. This is why laser scanners from Micro-Epsilon inspect the coating profile on the strip edge which enables the detection…
…Thickness measurement of electrode coatings Laser sensors from Micro-Epsilon are used to measure the thickness of electrode materials. They are attached opposite the strip material. Based on synchronization combined…