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CONTURA G2

The affordable CONTURA G2 is ideal for small and mid-sized companies wanting the benefits of high-speed scanning. VAST scanning technology enables form inspections at maximum speed with high-quality measuring results. Process changes are detected at an early stage, high production quality is ensured and rejected parts are reduced.

Key Features
Robust machine design
  • Cermaic guideways in X and Z provide rigidity and protection against production-related environmental influences
  • Air bearings on all axes for high stability at hih travel speeds
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    Machine Technology
  • CONTURA G2 direkt: entry-level scanning technology from Carl Zeiss; equipped with the VAST XXT scanning sensor that can measure a variety of workpieces.
  • CONTURA G2 RDS: scanning of features in all angular positions with VAST XXT on the flexible ZEISS RDS articulating probe.
  • CONTURA G2 aktiv: self-centering probing, multi-point measurement of deeper features and reliable measurement of displaced features with size, form and position results also with high throughput thanks to the flexible VAST XT.
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    Options
  • An integrated sensor changer rack for maximum reproducibility without recalibration.
  • Our HTG version provides the same accuracy over a larger temperature range.
  • Expansion of the Z measuring range by 200 mm with the U-shaped granite table option.
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    Dimensions
    Measuring Range (in mm)
    700 x 700 (1000) x 600
    1000 x 1200 – 2100 x 600
    1000 x 1200 – 2100 x 600 with U-shaped granite table.
     
     
    CALYPSO Software
    CALYPSO is based on the principle of visual metrology: measure what you see – without extensive programming or complicated code and text input. All part features from a drawing or a CAD model are stored as icons. Select the icons you need and your measurement plan is finished. CALYPSO automatically calculates the ideal measuring run and travel paths.

     


    To receive more information, please call 440-892-9277

    Designed for Inspection Engineering®
    Last updated February 6, 2012