Industrial computed tomography for non-destructive component inspection, high-resolution 3D analyses, and reliable quality assurance.
We support companies from Aalen, Germany, and internationally with precise CT analyses for industry, aviation, medical technology, research, and development.
State-of-the-art CT technology for results with the highest accuracy and detail.
Your components remain intact and secure during the analysis.
Short analysis times and digital results for fast and well-founded decisions.
Tailored analyses and consulting, customized to your requirements.
With industrial computed tomography, we analyze components non-destructively and with the highest precision. From high-resolution 3D visualization and measurements to defect analysis, you receive reliable results for development, quality assurance, and production. Each analysis is tailored individually to your requirements and conducted using the latest CT technology.
Take a look behind the scenes of our company. From state-of-the-art CT technology to our work environment and our team, you will gain an authentic insight into our daily work and our high standards of quality.
Our industrial computed tomography produces high-resolution three-dimensional models of your components and assemblies. This makes even complex internal structures visible without damaging the component. The obtained CT data enable detailed analysis, clear documentation, and well-founded technical decisions.
Whether development, quality assurance, or damage analysis – 3D visualization creates transparency and provides valuable insights into the structure, geometry, and material behavior of your products.
Industrial computed tomography allows for the non-destructive detection of voids, porosities, cracks, inclusions, delaminations, and other material defects. Even defects inside complex components become visible without damaging the workpiece.
Our analyses support you in root cause investigation, optimization of manufacturing processes, and reliable quality assurance.
We inspect components for dimensional accuracy and compare geometries with the highest precision. Even the smallest deviations are reliably detected and documented.
CT-based measurement is particularly suitable for complex internal geometries that are difficult or impossible to access with conventional measurement methods.
By comparing CT data with your CAD models, geometric deviations become quickly and reliably visible. Color deviations instantly highlight where components are out of tolerance.
This is how you obtain a reliable foundation for approvals, optimizations, and the continuous improvement of your manufacturing processes.
Existing components are fully digitized and analyzed using computed tomography. The generated data sets form the basis for reconstructions, documentation, or the further development of existing products.
Reverse engineering is particularly suitable when no construction data or only incomplete construction data is available.
We analyze porosities within your components in terms of size, location, and distribution. Modern evaluation methods enable both automated analyses and manual assessments according to defined quality requirements.
The results provide a solid basis for assessing component quality and optimizing manufacturing processes.
With wall thickness analysis, we check material distributions, wall thicknesses, and critical areas within complex components. The color-coded display makes differences immediately visible and supports the optimization of designs and manufacturing processes.
This analysis provides valuable insights, especially for plastic components and additively manufactured parts.
We have powerful industrial CT systems available for different component sizes, materials, and testing tasks. This allows us to analyze both small, detailed components and larger assemblies precisely, non-destructively, and reliably.
Technical Data
ZEISS METROTOM 1500
Waygate v|tome|x M
X-ray tube
Microfocus 225 kV
Microfocus 240 kV
Detector
3000 × 3000 px
2000 x 2000 px
Minimum voxel size
7 µm
2 µm
Maximum Sample Size
Ø 770 mm, height 1,500 mm
Ø 500 mm, height 1,100 mm
Scan area
Ø 615 mm, height 800 mm
Ø 420 mm, height 500 mm
Maximum component weight
50 kg
50 kg
Our industrial computed tomography is suitable for components made from a wide range of materials. From metals and plastics to ceramics and fiber-reinforced composites, as well as electronics and complete assemblies, we analyze even complex structures precisely, non-destructively, and reliably.
Our industrial computed tomography is used in a wide range of industries.
With our experience, we support companies in the analysis, measurement, and quality assurance of complex components, from individual inspection to series production.
Testing of components for drive, safety, and comfort.
Highest security for critical components and structures.
Analysis of implants and medical devices for maximum safety.
Quality assurance and optimization of complex machine components.
Analysis of printed circuit boards, connectors, and electronic components.
Testing of plastic components for quality and dimensional accuracy.
Support in Material Research and Products
Non-destructive analysis of valuable objects and finds.
Let's discuss your project. We support you with top-notch CT technology, expertise, and personalized consultation.
Our structured process ensures that you receive the insights you need for your decisions quickly, reliably, and with the highest quality.
We discuss your requirements and find the best solution for your component.
Your component is securely prepared and scanned using the latest CT technology.
From the raw data, a high-resolution 3D model of your component is created.
Wir prüfen, messen und bewerten – exakt nach Ihren Vorgaben und Normen.
You will receive clear results and a detailed inspection report.
Our processes are guided by the highest quality standards and industry-specific requirements. With many years of experience and a consistent commitment to quality, we ensure precise, transparent, and reliable results.
Upon request, you will receive a digital twin of your component. This allows you to analyze geometries and internal structures, as well as use the data for measurements, simulations, or documentation.
We provide the appropriate data formats and analyses – tailored individually to your requirements.
