From industrial products to biological specimens. We will showcase everything beautifully and with comfortable operation.
The software is equipped with a wide range of features for processing CT data, measurement (dimensions, angles, thickness, volume, surface area, etc.), analysis, and labeling. Optional features include "Particle Void Analysis" for bulk processing of voids and foreign objects, and "Orientation Analysis" for examining the direction of fibers.
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basic information
You can read continuous cross-sectional images obtained from CT scans and MRIs (TIFF, DICOM, etc.). Main Features List - Voxel Processing and Manipulation Change voxel values within specified shapes Delete areas specified by the mouse or contiguous regions Fill independent voids Apply constant value addition/subtraction, binarization, and filtering to the entire voxel data Automatically segment connected particles or voids Extract depressions and protrusions Reinforce thin or fragile parts that may break during 3D printing Perform calculations between voxel data Labeling of voxel data - Measurement and Analysis Distance and angle between points/lines/surfaces Shape fitting to lines/planes/spheres/cylinders/cones Create separate shapes by combining shapes created through shape fitting Distance and angle between created shapes (points/lines/planes) Landmark registration Volume/surface area/centroid of contiguous regions Surface area and centroid of arbitrarily selected surfaces Area of particles or voids in cross-sections Thickness of objects Diameter of all openings - Polygon Processing and Manipulation Reduction of polygon count - Output STL / OBJ / glTF / glb
Price information
It is set lower than competing products.
Price range
P4
Applications/Examples of results
3D data processing and measurement of biological specimens, rocks, and fossils Measurement of industrial parts We are widely used by companies, universities, and research institutions.
Company information
We are a company that provides software development and services for the creation of 3D data through reconstruction using X-ray CT devices, observation, measurement, processing, and analysis of CT data, creation of digital content and websites for museums using 3D data, and output of 3D data using 3D printers. We specialize in the academic research field and have published many papers and presented at conferences. We also hold patents. As a group of scientists, we are capable of implementing mathematical algorithms based on the latest research papers. Software development is conducted in C++ and C#, and we also handle ultra-fast computations using GPUs (graphics cards) and machine learning (deep learning).
