478 Каталог MAHR 2007 Линейно-угловые средства измерений Измерительный инструмент Стр.19-2

Каталог MAHR 2007 Линейно-угловые средства измерений Стр. 19-2 0478 ENG Lab2u

MarVision Multisensor Technology from Mahr Modular sensor concept (patent pending) provides high flexibility Why use Mahr multisensor technology Carrying out complete measurements without reclamping workpieces saves setup time and avoids having to invest in several separate machines Extremely quick optical measurements (camera laser white light) and tactile scanning save time during testing Incredibly simple operation and a standardized user interface make it quicker to get to grips with the machines What is multisensor technology Our multisensor technology allows you to solve any measurement task with the best sensor for the job. If a number of different sensors need to be combined during the measurement this is no problem either. The multisensor system combines technologies for contact-free and tactile measurements (patent) Contact-free sensors stop the workpiece surface being deformed or damaged Very small features can also be reliably recorded using contact-free sensors Maximum optical precision in conjunction with highly accurate state-of-the-art positioning systems ensure the ultimate in measuring accuracy Good acceleration and positioning speed in conjunction with rapid sensors ensure a high throughput Which is the right sensor for my measurement task To save time Use the camera to record a large number of measuring points in the shortest possible time Use the focusing laser sensor (FLS) to focus rapidly in order to align 3D workpieces Use the measuring laser sensor (MLS) to measure contours quickly Use the SP25 for tactile scanning Use the white-light surface sensor to fully digitize surfaces To maximize precision Telecentric lens system with fixed focal distance and high enlargement factor in conjunction with high-resolution camera and Mahr image processing Record contour and topography point for point with the chromatic white-light sensor (CWS) Ultra-precise topography and roughness measurement with a resolution of 0.1 nm (0.004 in) using the interferometric white-light sensor (IWS)