Reverse Engineering News


An Overview of Industrial CT Scanning

3 - 2018-12-11 17:17:15

CT scanning is a relatively new technique being used in manufacturing to help increase quality control. Using x-ray technology, CT scanning is ideal for non-destructive testing and inspection in order to locate and measure volumetric detail in three dimensions. 

Industrial CT scanning can access internal data equally on metallic and nonmetallic specimens, solid and fibrous materials, and smooth and irregularly surfaced objects.

The Technology
CT stands for Computed Tomography and takes multiple readings from various angles and converts  them into grey scale images and voxel-based 3D point clouds. After the CT scanner generates the point cloud, a CAD-to-Part color coded comparison map can be created. From there the part can be reverse engineered, compared to specs, and or analized for defects.

How Companies using CT Scanning (Applications)
Computed tomography is necessary when a user is looking to evaluate, analyze or test the internal and/or external features of a component without destroying the object. Industrial CT scanning can be used throughout the manufacturing process. Applications include:

  • 3D Metrology
  • Assembly Verification
  • Advanced Material Analysis
  • Failure Analysis
  • Food Products Inspection
  • Density Analysis
  • Electronic Component Inspection
  • Internal and External Measurements
  • Medical and Pharmaceutical Device Inspection
  • Metal Castings Inspection
  • Museum Artifact Digitization
  • Plastic Welding/Bonding Quality Verification
  • Product Contamination
  • Product Quality Compliance
  • Research and Development (R&D)
  • Reverse Engineering
  • Weld Quality Analysis

 

For more information on how CT Scanning can be used in your  process, please contact us.


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