N-5Coordinate Measuring MachinesPrecision measuring technology in three dimensionsMitutoyo reserves the right to change any or all aspects of any product specication, including prices, designs and service content, without notice.N• The CRYSTA-Apex V1200/1600/2000 Series are large-sized CNC CMMs developed for supporting quality evaluation of large parts.• Equipped with a temperature compensation system that guarantees the specied accuracy within the wide range of 16 to 26 °C for CRYSTA-Apex V1200 and 16 to 24 °C for V1600/2000 under certain environmental conditions, although high-accuracy CMMs should ideally be installed in a temperature controlled room. SPECIFICATIONSModel Items CRYSTA-ApexV121210CRYSTA-ApexV122010CRYSTA-ApexV123010Measuring rangeX axis1200 mmY axis 1200 mm2000 mm3000 mmZ axis1000 mmModel Items CRYSTA-ApexV162012 (Z1200)/V162016 (Z1600)CRYSTA-ApexV163012 (Z1200)/V163016 (Z1600)CRYSTA-ApexV164012 (Z1200)/V164016 (Z1600)Measuring rangeX axis1600 mmY axis 2000 mm3000 mm4000 mmZ axis1200 mm/1600 mmModel Items CRYSTA-Apex V203016CRYSTA-Apex V204016Measuring rangeX axis2000 mmY axis 3000 mm4000 mmZ axis1600 mmNote: While the appearance of the natural stone measuring table varies according to the source, the high stability for which this material is known can always be relied upon.CRYSTA-Apex V Series AccuracySeriesProbe usedLength measurement error*1ISO 10360-2: 20091200 SeriesSP25ME0, MPE=2.3 + 3L/1000*21600 SeriesE0, MPE=3.3 + 4.5L/1000 (4.5 + 5.5L/1000)*2 *32000 SeriesE0, MPE=4.5 + 8L/1000*2*1 Specifications vary by configuration, size, and thermal environment.*2 L = Measuring length (unit: mm)*3 ( ) indicates Z: 1600 mm specificationUnit: µmCRYSTA-Apex V122010CRYSTA-Apex V162012Standard CNC CMMMICROCORD CRYSTA-Apex V1200/1600/2000 SeriesProducts equipped with the measurement data output function can be connected to the measurement data network system MeasurLink® (refer to page A-25 for details).An online system to monitor the operational and mechanical statuses of measuring machines. This allows you to grasp the state of a process flow from the operational status of measuring machines within a production process.

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