High precision industry for diversified applicationsCTsystem

FF85 CTThe computer tomography system is designed with two sets of X-ray tubes, which can cover the vast majority of material types and component sizes, and obtain unprecedented high-precision detection results. By combining cutting-edge hardware and brand new software,FF85 CTcanXRadiation and IndustryCTMaximize support for diverse application ranges and needs within the field.

l Configure two sets of radiation tubes and large-sized flat panel detectors

l support7High precision operation platform for axes, achieving the best versatility

l Marble based operating platform to maintain stable temperature environment

l Innovative and intuitive touchscreen operation for quick detection

l Horizontal field of view expansion, spiral scanning, and double helixCTTechnology increases detection methods

System capability

FF85 CTIt is a high-power, high-precision computed tomography system that is very suitable for detecting various small or medium-sized samples. For example:

l Aluminum, iron, and high-temperature alloy components

l Additive Manufacturing Sample

l Fiber reinforced composite materials

l injection molded part

l Artworks and archaeological artifacts

l Geological samples

l biological sample

l Mechanical and electrical module

The system control is very simple and intuitive,Two touch screen displays clearly show various graphic images, which are intuitive and easy to understand. The touch screen function can provide intelligent operation assistance, for example, users can use the touch screen to create their own image chain by dragging and dropping icons.

CTProjection trajectory, such as“Spiral expansion”(Spiral)CTThe scanning and reconstruction function can continuously generate high-quality images during the top-down scanning process, and capture the stretched specimen during high magnification scanning. spiralCTIt also eliminates the image stitching step and eliminates the need for image enhancement on both ends of high components.

“Virtual pivot axis”（FlexCenter）FunctionUsers can choose the appropriate rotation center line for the sample, simplifying the scanning difficulty and saving a lot of time. Even if the region of interest of the tested sample is outside the physical rotation center, there is no need to reposition it.

System Health MonitoringIt will provide users with various information in the form of various parameters, and its status and results will be determined by“traffic light”The method continues to display. In addition, users can also obtain the health status of the system through remote monitoring softwareCTThe latest process of scanning (including refactoring).

Technical data