We can manufacture X-ray inspection equipment and automated quality inspection equipment suited to your inspection needs. We also provide consulting and proposals related to inspection, such as manufacturing equipment for automated inspections that are difficult to achieve with general-purpose machines, automation using robots, and the renewal of existing equipment. We can also handle imaging and data analysis using the X-ray CT in our laboratory.
We manufacture X-ray inspection equipment and automation devices that solve various problems at inspection sites. We provide total solutions from proposals to design, production, and maintenance, including the automation of inspections that are difficult to perform with general-purpose machines, the use of robots, and the renewal of existing equipment.
This is a device that performs in-line X-ray inspection of mass-produced products. We propose X-ray inspection equipment that is suitable for the production line where in-line inspection will be implemented, the on-site environment, and the inspection conditions. X-ray inspection is fully automated with automatic changeover and automatic judgment functions.
This is an X-ray inspection device that uses an industrial robot. By controlling a multi-axis, dual-arm robot, it is possible to automate X-ray inspection with a high degree of freedom, even for large and complex-shaped objects such as automotive parts. In addition to transmission inspection (2D), it also supports CT inspection (3D).
This equipment performs X-ray inspection of large casting parts used in automobiles, aerospace equipment, etc. We propose equipment that allows smooth loading and unloading of inspection objects.
This is a dedicated device for tire pressure testing. We will suggest the optimal testing device for the product to be inspected.
We provide inspection and defect analysis services for the complex structures of small aluminum castings and resin molded products. We convert CT scan data into CAD data and provide one-stop support from structural inspection to defect analysis.
Using a Nikon Industrial Metrology XT H320, X-ray CT (Computed Tomography) images are constructed by irradiating the sample with X-rays while rotating it. The internal structure and defect shape of the sample can be obtained non-destructively in micron units, and after photographing the sample, STL (Stereolithography) data can be converted to CAD data in the versatile STEP format, making it useful for reverse engineering.
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