The aim of this system design is to enable the most accurate three-dimensional analysis of the widest range of feature size.
The new MPP-NANO probe uses styli with a tip diameter as small as 0.125 mm to achieve 3D evaluation of microscopic features. Using the observation camera to view the target features, setting up for a measurement is easily achieved. Larger components not needing such a small contact probe are handled using the highly regarded SP25M scanning probe, so popular on CMMs due to its accuracy and wide range of accessories aimed at promoting fast and efficient measurement. The ability to perform highly accurate contact scanning over such a wide range from miniature to large features on one machine is a huge advantage these days where component miniaturisation is becoming commonplace.
Previously impossible applications can now be considered almost routine. Conventionally, only destructive measurement was possible for the inner diameter and form of small nozzles and draw dies. The MiSCAN system with the MPP-NANO probe now enables contact-scanning measurement on holes with an aspect ratio of up to 17:1.
Other applications hitherto considered difficult or impossible are high-accuracy measurement of miniature optical tubes as used in micro camera arrays, the contour of aspheric lenses used in vehicle-mounted cameras and precision punches and dies with extra-fine detail.
Similarly, scanning measurement of microscopic gear teeth has been a challenge but now MiSCAN and the MPP-NANO probe provides this functionality. Evaluation is straightforward by just entering the nominal form using GEARPAK, Mitutoyo’s gear-tooth software, to efficiently characterise tooth profile and pitch error.
The optical half of the system utilises the same imaging head as Mitutoyo’s established Quick Vision system. The versatile Quick Vision Apex lighting system provides multiple lighting functions and evaluation software for maximum imaging performance, even in shrouded locations where viewing is problematic.
