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MVS-H302P1L-D, MiSCAN Hyper 302

MiSCAN Vision System, CNC VMM

Item number: 364-502SY

mvs-hyper_302_-_mpp_nano.jpg

MVS-H302P1L-D, MiSCAN Hyper 302

MiSCAN Vision System, CNC VMM

Item number: 364-502SY

List Price
Description
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 upto 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 garantee 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
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 upto 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 garantee 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
Model:
MVS-H302P1L-D
Measuring range using vision sensor:
300 x 200 x 200 mm
Measuring range using scanning probe:
175 x 200 x 200 mm
Measurement accuracy with vision sensor [µm]:
E1x, E1y= (0,8+0,2L/100)
E1z= (1,5+0,2L/100)
E2xy= (1,4+0,3L/100)
Measurement accuracy with scanning probe [µm]:
E0,MPE= (1,9+0,4L/100)
Type:
MiSCAN HYPER 302