Thanks to the patented Ruby|plate calibration phantom with its calibration uncertainty of less than 1 micrometer, for our V|tome|x M even at a maximum probing length of 130 mm, not only a high measurement accuracy of up to SD ≤ (3.8 + L/100 mm) µm for both positions referring to VDI 2630-1.3 guideline can be specified, but also remarkable SD ≤ (5.5+ L/50 mm) µm for all other positions besides the VDI positions can be reached within the V|tome|x M premium CT scanner. Additionally, by applying the fully automated Easy|calib, the VDI specification SD ≤ (3.8 + L/100 mm) µm can be met at any position with just a few minutes of calibrating.

With the largest Ruby|plate 240 for our Phoenix V|tome|x C450 is also possible to measure large, complex objects with an accuracy specification of SD ≤ (15 ± L/50 mm) µm in accordance with VDI 2630.

Due to highly automated routines, the new Ruby|plate calibration phantom and True|positions' compensation of remaining mechanical positioning uncertainties as well as correction of thermal effects by using temperature sensors, these proprietary innovations bring CT metrology workflows and precision to a new performance level.

SD ≤ (3.8 ± L/100 mm) µm referring to VDI 2630 guideline

SD ≤ (5.5 ± L/50 mm) µm or all other positions besides the VDI positions

SD ≤ (3.8 ± L/100 mm) µm at any position when applying the fully automated Easy|calib tool

Phoenix V|tome|x C minifocus CT scanner:

SD ≤ (15 ± L/50 mm) µm at both VDI 2630 positions and, after applying Easy|calib, at any position

Outstanding Measuring Accuracy with True|position with patented Ruby|plate