Is quantitative analysis (e.g., dimensions, volume, density) possible?

Yes, absolutely. Matsusada Precision's X-ray CT systems are more than just visualization tools; they are advanced quantitative analysis platforms. They enable you to accurately measure and quantify various physical properties from high-resolution 3D data, providing objective and reliable evaluations for your quality control and R&D.

• Dimensional Measurement:

  Perform a full range of non-destructive, non-contact measurements with micrometer-level precision. This includes basic measurements like point-to-point distance, angle, and diameter, as well as complex dimensions inside assembled parts that are inaccessible to conventional calipers or micrometers.

• Volume Measurement:

  Accurately calculate the volume of an entire component or isolate specific features like internal voids or foreign material inclusions. For example, you can quantify the total porosity in an aluminum die-cast part to ensure it meets quality standards.

• Density Analysis:

  The grayscale value of each voxel in the CT data correlates with the material's X-ray absorption, which is related to its density. This allows you to visualize density variations within a material or analyze the distribution of different components in a composite material.

These quantitative analysis functions are integrated into our intuitive software, allowing anyone to perform high-precision measurements with simple point-and-click operations. The results can be exported as reports for quality control records or academic publications. Please note: While our CT systems provide highly accurate dimensional data, they are designed for industrial inspection and analysis. For applications requiring certified metrology, it's important to be aware that they are not formally classified as X-ray CT measuring instruments that guarantee the dimensional accuracy values specified in the VDI/VDE standards.

Related FAQ

• Are dimensional measurement and GD&T (Geometric Dimensioning and Tolerancing) evaluation possible?