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vertrieb [at] gwp [dot] eu
vertrieb [at] gwp [dot] eu
Florian Kronpass
With our Linear accelerator high-performance CT from diondo we are setting new standards in the service for the three-dimensional recording of large-volume objects. This innovative technology enables us to precisely analyze both internal and external structures and achieve decisive optimizations in the development process.
Comprehensive 3D capture: We can now capture large objects with dense materials in full and with high quality. This opens up new possibilities for product development and optimization.
High penetration ability: By using high X-ray energies in the mega electron volt range, we offer excellent penetration capabilities. This means that we can image even thick and complex materials in detail.
Density-accurate imaging: Our high-performance CT delivers a particularly high-density image of a wide range of materials. This gives you precise information about the geometric characteristics of your objects.
High spatial resolution: With a resolution in the micrometer range (µ), we are able to precisely examine and analyze even the smallest structures.
Product Development: Use our service to optimize products during the development phase. Insights into internal structures help you to identify and correct design errors at an early stage.
damage analysis: When analyzing damage to large objects, we can help you precisely identify the causes. Our CT technology provides a comprehensive view of the entire structure.
With our linear accelerator high-performance CT You have powerful options at your disposal to examine your objects in detail. Contact us to learn more about our services and the advantages of high-performance CT technology!
Analysis of high-density components (batteries, fuel cells, engines, crankcases, stators, turbine blades, etc.) made of titanium, copper, steel or thick-walled aluminum.
The main areas of application are component analyses to detect manufacturing and material defects as well as checking the shape and wall thickness of the test objects.
Analyzing and inspecting components holistically in one scan saves time-consuming individual measurements and enables the testing of samples with a maximum volume of Ø 1.000 x H 1.000 [mm] – The MeV performance range enables us to analyze materials and components that are difficult or impossible to scan with conventional CT systems.
