Mät- och testteknik

Koordinatmätmaskiner används för att mäta en stor mängd olika komponenter. Olika prober och mätinstrument ger en 3D-bild av komponenten. ScanCONTROL laserlinjeskannrar är idealiska för detta ändamål. Baserat på trianguleringsprincipen mäter de beröringsfritt med mikrometernoggrannhet på själva komponentytan.

Industrial robots have become indispensable in modern production facilities due to their reliability and high speed. During set up and also at regular intervals within the scope of quality assurance, the robot axes must be adjusted. Here, electronic adjustment probes have already replaced mechanical probes. The measurement probes mounted on the robot axes acquire the zero point during the axis rotation using a probe tip. The integral electronics evaluates the probe signal and transmits a switching signal to the robot controller.

Coordinate measurement machines from Zeiss have been known for decades for the highest quality, precision and reliability. Also the mobile measurement machine, ScanMax fulfills these criteria, in part due to the application of inductive displacement sensors from Micro-Epsilon.

The production of roof tiles places high demands on measurement and testing methods for ensuring constant high product quality. In the DASTOKON semi-automatic measurement and test system and in the BSPK pilot plant a laser triangulation sensor of the Series ILD 1800 is used for the 3D inspection and for surface assessment.

Ingots are sawn into thin wafers for the production of photovoltaic modules. However, geometric deviations can occur during the manufacture of ingots which adversely affect the arrangement of the wafers in the module. Therefore, ingots are inspected for deviations before the sawing. Four scanCONTROL line scanners are used for this in a special measurement system. They traverse along the ingot and make a completely objective assessment possible. Even a banana shape of the ingot is detected.

Coordinate measurement machines are used for measuring many different components. Different scanners and measuring equipment measure the surface of the component in three dimensions. Laser line scanners are ideally suited for this purpose. They measure the actual surface of the component without contact and with micrometre precision according to the triangulation principle.