Microfocus Computed Tomography
Microfocus computed tomography is a high-resolution tomographic technique with a very small X-ray tube spot. It provides micrometer-accuracy imaging of fine pore structures and component defects.
Physical-Chemical Mechanism of Action
Micro-focus computed tomography uses an X-ray tube with an extremely small focal spot size. This allows high-resolution images of microscopic structures to be created by focusing the X-ray imaging on a very narrow region.
Metallurgical Relevance & Welding Risks
This technique is particularly useful in welding practice to detect fine pores and microstructural defects in weld areas. It aids in quality control and can help identify sources of defects and improve component life.
Workshop Practice & Action Guidelines
To use micro-focus computed tomography in the workshop, special equipment is required. Components must be carefully prepared and positioned to obtain clear images. Process times vary depending on the complexity of the object, but typically each scan takes several minutes. Results are displayed in 3D representations that highlight precise details and structures.