イリス Product Lineup

■ Tube voltage 150kV, tube current 500μA high-output micro-focus X-ray tube The sealed micro-focus X-ray tube requires no maintenance and delivers sufficient power to detect fine details even in high-density metal bodies. It enables scanning of a wide range of samples, from plastics and organic materials to composite materials and lightweight alloys. ■ Large 417 mm high-resolution flat panel detector With a resolution of 3K and a large flat panel detector size of 417 x 417 mm, it delivers class-leading performance. ■ Motor-driven axis Equipped with a compact design and a full-fledged manipulator featuring zoom and height axes, it allows for convenient imaging of various subjects at the highest resolution.

The world of casting is transitioning to a new stage. The rise of next-generation components such as large giga-casts and battery trays presents challenges in manufacturing and inspection processes. VisiConsult has developed the XL version of PRO FI for this purpose. PRO FI Giga is a unique system that can be highly customized to meet customer needs. It offers various loading concepts and advanced automation from vertical to horizontal. This allows the system to be integrated into manufacturing and automation lines. With high-speed manipulators, X-ray inspections can be conducted in accordance with the cycle time of the manufacturing line. As a result, the inspection process does not become a bottleneck compared to inspections in large manual cabinets. The ADR (Automated Defect Recognition) software automatically detects and measures defects, achieving a true automation process.

■The diondo d7 linear accelerator CT system is available in 3 MeV, 6 MeV, and 9 MeV [MeV] options. ■It is the most powerful CT system in the diondo Line lineup. ■It is suitable for analyzing high-density materials such as titanium, copper, steel, or thick aluminum, as well as large components like engines, crankcases, stators, and turbine blades. ■The linear accelerator significantly expands the range of CT applications. The output range in MeV allows for the analysis of materials that are difficult to scan. As demonstrated by fuel cells, it provides clearly contrasted voxel models even for challenging combinations of materials.

■ Equipped with a high-output nano-focus X-ray tube with a tube voltage of 240kV and a tube output of 80W, the X-ray tube achieves high-resolution imaging with a transmission type. The high tube voltage of 240kV provides sufficient power for detecting details even in high-density metal objects. It enables scanning of a wide range of samples, from plastics and organic materials to composite materials and lightweight alloys. ■ High-resolution flat panel detector with a large size of 427 mm and a pixel pitch of 100μm. This large flat panel detector, with a resolution of 3K and dimensions of 427 x 427 mm, delivers class-leading performance. ■ High-precision granite manipulator. The compact design features a high-precision granite manipulator, allowing for convenient imaging of various subjects at the highest resolution and accuracy.

■Two X-ray sources can be mounted inside the nano-micro focus X-ray tube It is possible to mount two X-ray sources: a 240kV high-resolution transmission nano-focus X-ray tube and a 300kV high-power reflection micro-focus X-ray tube. The ability to choose between two types of X-ray tubes allows for a wide range of sample scanning, from high-resolution imaging of organic materials to imaging of high-density metallic objects that require high power. ■Large 417 mm, 139 μm pixel pitch high-resolution flat panel detector With a resolution of 3K and a size of 417 x 417 mm, the large flat panel detector with a pixel pitch of 139 μm delivers class-leading performance. ■High-precision granite manipulator Equipped with a compact design, the high-precision granite manipulator allows for convenient imaging of various subjects with the best resolution and high accuracy at all times.

In robots used in manufacturing sites, when calibration/correction of the robot becomes necessary due to parts replacement or collisions during maintenance, using Wiest's LaserLAB allows for automatic, rapid, and high-precision robot calibration/correction while keeping the robot installed on-site. This contributes to reducing downtime of the production line and labor hours due to robot stoppages.