A precise inspection of the part provides significant information about the condition of the tools used in its manufacturing and the production process.

It is easy to create CAD models from a tomographic test, significantly accelerating product development and reverse engineering processes.

• Analysis of internal defects that cannot be examined with other technologies;

• Detection of cavities, pores, cracks and other defects quickly and easily;

• Assembly control of high-precision components (verification of the assembly in terms of function, positioning and adjustment);

• Control of the integrity of the union;

• In a single examination, it is possible to check whether the welded, glued or riveted joints are really perfect.

Defects become easily visible and identifiable in electronic components, such as circuit boards or battery components.

The characterization of the 3D structure provides important information, especially in parts or components with highly complex geometries that are difficult or even impossible to analyze with other techniques.

• Roughness analysis, both for external and internal structures.

• Fiber composite analysis visualizes the 3D distribution and orientation of fibers in the matrix and within a composite material.

• Analysis of grain size and distribution are decisive factors in determining hardness and strength.

• The analysis of composite materials allows visualization of the distribution and orientation of fibers within the matrix, as well as the relationship between fibers and resin.