1、 Industrial manufacturing field

• defect detectionIn automobile manufacturing, defects such as pores, cracks, inclusions, etc. inside castings, forgings, plastic parts, etc. can be detected with an accuracy of up to micrometers; In the aerospace field, it is possible to quantitatively analyze the size and orientation of internal defects in key components such as turbine blades and engine single crystal blades, and detect the dynamic evolution process of microcracks, providing data support for optimizing production processes.
• Dimensional measurement and reverse engineeringHigh precision 3D dimension measurement can be performed on samples with complex internal structures, with an error of less than 5 μ m; At the same time, generating CAD models through CT images can assist in product replication or improved design, shortening the research and development cycle.
• Assembly verification and numerical simulation comparisonObserve the internal assembly relationship of the product without disassembly, and verify whether the assembly clearance and tolerance meet the design requirements; Fit CT data with CAD models, visually display deviations through color coding, and quickly locate design defects.

2、 Materials Science Field

• Porosity and uniformity analysisStatistically analyze the porosity, pore distribution, and connectivity of materials such as alloys, composite materials, and concrete to evaluate their performance; Analyze the internal density distribution of materials, identify component segregation or preparation defects.
• In situ observation and modeling simulationBy combining environmental control devices, observe the deformation and failure process of materials under different loads and temperatures, and provide data support for structural optimization; Build a 3D model based on CT data to simulate material mechanical properties and reduce physical testing costs.

3、 Geology and Archaeology

• Core geological analysisAnalyze the internal pore structure of rocks, evaluate reservoir characteristics, and guide oilfield development; Identify rock fracture networks and optimize hydraulic fracturing design.
• Digital Protection of Cultural RelicsCT scanning of bronze ware, ceramics and other cultural relics to reveal casting defects, repair traces and body structure, providing a basis for protection plans; Combining 3D printing technology to restore the original form of damaged cultural relics.