Non-Destructive 3D Point Cloud Data
Thanks to X-Ray technology, internal and external details of parts are obtained non-contact in 3D point cloud (.STL) format. With this data:
- Internal structure analysis is performed
- Detection of voids, pores, and cracks
- Assembly relationships are checked
- Geometric dimensioning is possible
- Benchmark analyses of competitor products can be conducted
Advantages of Our X-Ray Measurement Service
- Non-destructive and safe analysis: Internal structure is examined without damaging the products
- High precision: Detailed imaging down to micron level
- Usable on various materials: Metal, plastic, composite, electronics
- Fast and reliable results: Does not disrupt your production processes
- Wide industry applications: Automotive, aerospace, defense, medical, and more
In Which Industries Is It Used?
- Automotive and aerospace parts
- Defense industry and electronic components
- Medical devices and implants
- Plastic and composite material production
- Additive manufacturing and prototyping
You can also check our Optical Scanning, Laser Scanning, and CMM Measurement pages for other precision measurement solutions.
Frequently Asked Questions (FAQ) — X-Ray Measurement Service
- How does X-Ray measurement work?
The product positioned between the radiation source and the detector is imaged internally using X-rays or gamma rays. Radiation differences caused by the material’s density and thickness create detailed 2D/3D images.
- In which formats do you deliver data?
3D point cloud data is usually delivered in .STL format, and analysis reports in PDF and other digital formats.
- Which industries commonly use this service?
It is preferred in automotive, aerospace, defense, medical, electronics, and plastics manufacturing sectors.
- How long does the measurement take?
It depends on part size and analysis detail but usually provides fast results without disrupting production processes.
- What defects can be detected?
Internal voids, cracks, pores, assembly errors, and material density variations are clearly identified.