3D CNC Multisensor Measuring Machines MiSCAN MiSCAN The MiSCAN MVS-HYPER and MVS-APEX vision systems combine advanced image processing with tactile scanning measurements. • The MVS-HYPER 302 can be equiped with either the MPP-Nano probe or SP25M scanning probe. • MPP-Nano is a high accuracy scanning probe for measurement of minute parts and uses stylus modules with tip diameters varying from 125 up to 500 μm. • MVS-HYPER 404 and MVS APEX 404 models are equipped with the SP25M scanning probe for standard scanning jobs with medium size measuring range. • The MiSCAN Vision Systems are driven by the powerful combination of MCOSMOS and VISIONPAK-PRO software to guarantee maximum functionality for both non-contact and tactile measurements. • All the benefits of the standard QUICK VISION HYPER/APEX systems are also incorporated in the MiSCAN Vision systems. MPP-Nano touch probes Type MiSCAN HYPER 302 MiSCAN APEX 404 MiSCAN HYPER 404 No. 364-502-10S 364-511-10S 364-512-10S Model MVS-H302P1L-D MVS-X404P1L-D MVS-H404P1L-D Resolution μm 0,02 0,1 0,02 Measuring range using vision sensor 300 x 200 x 200 mm 400 x 400 x 250 mm 400 x 400 x 250 mm Measuring range using scanning probe 175 x 200 x 200 mm 275 x 400 x 250 mm 275 x 400 x 250 mm Measurement accuracy with vision sensor [μm] E1x, E1y= (0,8+2L/1000) E1z= (1,5+2L/1000) E2xy= (1,4+3L/1000) E1x, E1y= (1,5+3L/1000) E1z= (1,5+4L/1000) E2xy= (2,0+4L/1000) E1x, E1y= (0,8+2L/1000) E1z= (1,5+2L/1000) E2xy= (1,4+3L/1000) Measurement accuracy with scanning probe [μm] E0,MPE= (1,9+4L/1000) E0,MPE= (2,5+6L/1000) E0,MPE= (1,9+4L/1000) Mass kg 360 579 579 Max. stage loading 15 kg 40 kg 30 kg MPP-NANO Module 0.8 master gear measurement MPP-NANO mold scanning SP25M All products to be sold to commercial customers. Product illustrations are without obligation. Product descriptions, 584 All products to be sold to commercial customers. Product illustrations are without obligation. Product descriptions, in particular any and all technical specifications, are only binding when explicitly agreed upon.
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