Nikon Revolutionizes Industrial Tomography with X-Ray Scatter Correction

In industrial tomography, X-rays are used to inspect the internal structure of components without damaging them. However, when passing through dense materials such as aluminum, steel, ceramics and inconel, X-rays can undergo scattering, resulting in artifacts that compromise image clarity and accuracy. These artifacts manifest as hazy halos (high-density zones surrounded by blurred areas), false inhomogeneities (homogeneous regions that appear to have non-existent variations) and edge blurring (loss of definition at material boundaries). Such imperfections hinder precise inspection and measurement of critical components, negatively affecting quality control and product development.

Nikon has developed X-Ray Scatter Correction technology to minimize the adverse effects of scattering. Using advanced physics-based modeling, this solution simulates and corrects the complex interactions of X-rays with dense materials, eliminating scatter artifacts and significantly improving image quality. Available for Nikon X-ray systems with 225 kV or higher sources, the correction is fully compatible with all Nikon scan acquisition modes. Its integration into the workflow requires only one click to activate, making it exceptionally simple to use.

X-Ray Scatter Correction technology benefits a variety of industrial sectors: Aerospace, performing precise inspection of critical components, ensuring safety and performance; Automotive, enabling efficient evaluation of complex parts, improving quality and reliability; Additive Manufacturing, performing detailed analysis of parts produced by 3D printing, ensuring structural integrity; Casting, producing detection of internal defects in cast parts, optimizing production processes.

Improved Image Quality: The elimination of artifacts enables clearer and more detailed visualization of internal and external component structures, facilitating the identification of defects and fine details. Increased Measurement Accuracy: With sharper images, measurements of geometry and internal features become more reliable, essential for quality control and advanced manufacturing processes. Significant Reduction in Scan Times: The technology enables scan times up to 100 times faster compared to traditional 2D CT methods, increasing efficiency and productivity. Compatibility and Ease of Use: Available for Nikon X-ray systems with 225 kV or higher sources, fully compatible with all Nikon scan acquisition modes.

NM3D Ibérica is committed to supporting industries in implementing this innovative technology. We offer specialized consulting, installation services and training to ensure maximum effectiveness in using X-Ray Scatter Correction.