八光オートメーション Company Profile

The long-awaited millimeter-wave CT scanner VisibleSense "Evaluation Demo Device" has been officially released. It is now possible to evaluate density variations within products that were previously invisible! By measuring density distribution, we can achieve stable production of high-quality products! This device irradiates millimeter waves onto the target object and visualizes the density distribution by analyzing the reflected waves using Hakkou Automation's unique signal processing. Since the millimeter waves propagate within the material and their wavelength changes according to the dielectric constant, differences in dielectric constants manifest as differences in arrival times. However, in the case of the same material, the dielectric constant remains constant, so the difference in arrival times corresponds to differences in density. This phenomenon is utilized to inspect the density distribution within materials in a non-destructive and non-contact manner.

We have made our website easier to use and more comfortable for you by clearly presenting our business activities and enhancing product information and case studies. We will continue to strive to provide useful information to all our users. We appreciate your continued support.

Variations in density within products that were previously invisible can now be evaluated! We achieve stable production of high-quality products through density distribution measurement! This device visualizes density distribution by irradiating the measurement target with millimeter waves and analyzing the reflected waves using Hakkou Automation's unique signal processing. As millimeter waves propagate through the material, their wavelength changes according to the dielectric constant. Therefore, differences in dielectric constant manifest as differences in arrival time. However, when the material is the same, the dielectric constant remains constant, so the difference in arrival time corresponds to differences in density. This phenomenon is utilized to inspect the density distribution within the material in a non-destructive and non-contact manner.