CT Data Analysis software

VGSTUDIO is a high-end software platform designed for the visualization, analysis, and inspection of industrial computed tomography (CT) data. It enables non-destructive testing (NDT) through advanced processing of 3D volumetric data, allowing comprehensive evaluation of both internal and external structures with high accuracy.

The system is built on a flexible modular architecture, allowing users to extend functionality based on specific application requirements. The main modules include:

• CT Reconstruction (optional): Reconstruction of 3D volumetric data from projection data
• Visualization & Segmentation: 2D/3D visualization, segmentation, and volumetric data processing
• Coordinate Measurement (Metrology): 3D dimensional measurement, tolerance analysis, and CAD comparison
• Porosity / Inclusion Analysis: Detection and analysis of pores, voids, and inclusions within materials
• Wall Thickness Analysis: Evaluation of wall thickness distribution in components
• Fiber Composite Material Analysis: Analysis of fiber orientation, fiber length, and composite structures
• Foam / Powder Analysis: Structural analysis of foam materials and powder-based materials
• Defect Analysis: Identification, classification, and evaluation of internal defects
• Reverse Engineering: Extraction of surface data and conversion into CAD models
• Digital Volume Correlation (DVC): Analysis of material deformation and displacement under mechanical loading
• Simulation Integration: Integration of CT data into CAE simulation models
• Automation & Scripting: Workflow automation through batch processing and scripting

VGSTUDIO supports a wide range of data formats from various industrial CT systems and delivers high-performance processing of large datasets. Its intuitive user interface, combined with customizable workflows, enables optimization of quality inspection, research, and product development processes in modern industrial environments.

VGSTUDIO is widely used across multiple industries for quality assurance, research, and development:

• Non-Destructive Testing (NDT): Detect internal defects such as porosity, cracks, and inclusions
• Dimensional Metrology: Perform precise 3D measurements and tolerance analysis
• Reverse Engineering: Generate CAD models from CT scan data
• Material Analysis: Study fiber orientation, wall thickness, and material distribution
• Electronics Inspection: Analyze solder joints, PCB assemblies, and micro-components
• Automotive & Aerospace: Inspect safety-critical components and lightweight structures
• Additive Manufacturing: Evaluate internal structures and build quality of 3D-printed parts