inspeXio SMX-225CT FPD HR Plus Micro-Focus X-Ray Computed Tomography System
For High-Resolution and High-Contrast Micro-Focus X-Ray Computed Tomography Applications
Easy Sample Loading and Parameters Setting for Quick Initiation
An observation camera guides sample loading and positioning, and parameter setting is completed quickly by choosing the material and image quality. With no need for calibration, the system is initialized quickly and intuitively.
The inspeXio SMX-225CT FPD HR Plus' high-performance computing (HPC) system significantly reduces analysis time by running data collection and calculation in parallel. The computational processing for this new HPC inspeXio system is approximately 50 times faster than the previous version. *1
*1 When the Acquisition Mode is Fast and the CT image size is 1,024 x 1,024 pixels
The processing time for the Cone-Beam CT reconstruction in 2,048 x 2,048 pixels is approximately 1.5 times faster than that of the previous version. *2
*2 When the Acquisition Mode is Fine, the Number of Views is 1,200, and the CT image size is 2,048 x 2,048 pixels.
Clear and Detailed Images for Precise Analysis
The large and high-resolution flat panel detector achieves up to 14-megapixel input resolution. The acquired projection data can be composed of up to 4,096 matrix sizes.
The inspeXio SMX-225CT FPD HR Plus can analyze a wide variety of samples. Large samples up to 400 mm in diameter with a maximum height of 300 mm can be accommodated and, due to the 225 kV maximum penetration ability, even iron plates that are one-inch thick are penetrated. In addition, the combination of a larger detector with a wide dynamic range and a newly designed x-ray tube window results in high-contrast images of low-density materials. Furthermore, various CT scan modes aid in analysis of different-sized samples without damaging or losing magnification.
The following safety features prevent accidents.
Collision Sensor and Software Limit
A collision sensor and software limit function prevent samples from hitting the x-ray tube while positioning.
The sliding door through which samples are loaded is heavy and generates considerable inertia when it is opened and closed. The door safety lock helps reduce the likelihood of operators accidentally pinching their fingers.
Both the sliding door and the maintenance doors are equipped with interlock switches which disable x-ray generation when a door is opened.
Radiation Leakage Prevention
The shield box’s wall is composed of sandwich panels comprised of steel and lead plates which are bonded to one another and welded to a steel frame.