High-performance hardware and intelligent measurement software enable coordinate measuring machines with computed tomography to achieve ever higher accuracies and measuring speeds. This means that industrial computed tomography can now also be used for fast 3D measurements close to production and statistical process control (SPC) in addition to applications in the laboratory and the measuring room. Unlike other sensors, the complete three-dimensional workpiece volume, including undercuts and internal geometries, is always available as a measurement result at the touch of a button.

Standard-compliant calibration of all machines, also with DAkkS certificate

A subvoxelling process guarantees high spatial resolution and thus low measurement uncertainty

The structural resolution can be further improved by using special measurement methods such as multi-ROI and Raster Tomography

Real-time reconstruction in parallel with image acquisition means that the measurement results are available immediately according to the end of the scanning process

Reduced measurement time with OnTheFly CT enables measurements close to production with high throughput

Sensor principle

X-ray tomographic

Measuring range

Max. workpiece dimensions D = 120 mm / L = 93 mm to D = 500 mm / L = 1010 mm (depending on the aspect ratio of the workpieces)

Accuracy

Permissible probing error up to 2.5 µm

Functionality

The radiation emitted by the X-ray tube a) produces X-ray images of the workpiece b) on the detector c). A virtual workpiece volume is reconstructed from the X-ray images taken in different rotational positions.

The universal measurement software for coordinate measuring machines with optics, probe, computed tomography and multi-sensor systems

The operation of machines with a wide variety of sensors, as well as the evaluation of volume data and point clouds ...

Comprehensive service around the coordinate measuring machine

Services from initial commissioning, training and maintenance to retrofitting ...