3D Images Micro-Focus X-ray Industrial CT (Zxvoxl D 160-450kv)

Industrial computerized tomography (ICT), also known as computed tomography, is a non-destructive testing technique that uses X-rays to penetrate an object and process the internal structure of the object through computer processing, providing accurate and visualized three-dimensional internal structural information. Compared to traditional two-dimensional X-ray imaging methods, industrial CT detection can quickly generate three-dimensional models and provide more comprehensive and intuitive data analysis results. It can evaluate the strength, dimensional accuracy, and internal organizational structure of materials, and has high detection sensitivity for most defects in materials, such as porosity, inclusions, and debonding.

Product features:
We can provide a 160kV-15MeV full energy range CT detection solution and offer CT detection services.
All marble components and platforms ensure measurement accuracy and stability.
There are multiple scanning methods available: continuous scanning, step scanning, spiral scanning, bias scanning, and wide field scanning.
Full servo system and direct drive motor turntable, precise control.
We can provide highly stable and low-energy X-ray sources and linear accelerators exclusively for CT technology, with strict and controllable quality and service.
Featuring various analysis modules such as defect measurement, porosity analysis, wall thickness analysis, design and physical comparison, and fiber composite material analysis, it meets customization needs.
Widely used in fields such as automobiles, electricity, new energy, aviation, aerospace, weapons, scientific research, etc., it provides important basic data and judgment basis for the structural analysis, quality control, and process optimization of high-precision complex workpieces.


The advantages of industrial CT
(1) Non destructive testing: Industrial CT can perform high-precision testing on the internal structure of objects without damaging them, providing strong support for locating product defects and faults.
(2) High resolution and accuracy: Industrial CT can provide high-resolution images that accurately reflect the internal details of objects, achieving precise control over product quality.
(3) Wide application range: Industrial CT is suitable for testing various materials and products, such as metal castings, welded joints, plastic products, and other products, with a wide range of application fields.
Application scenarios of industrial CT
Automotive manufacturing: Internal defects (such as shrinkage, porosity, and slag inclusion) in automotive components are key factors affecting vehicle safety. Industrial CT can accurately identify these internal defects to ensure driving safety.
Aerospace: The aerospace industry has extremely strict requirements for product quality. Industrial CT can perform fine inspection on its components, evaluate the welding quality of welds from a microscopic perspective, such as defects such as pores, inclusions, incomplete penetration, cracks, etc. It can achieve three-dimensional imaging of welds, detect small pores and microcracks in welds, accurately measure their geometric dimensions, provide their position in the workpiece, and accurately measure the weld penetration depth, achieving non-destructive testing and evaluation of complex structural welds.
Electronic Manufacturing: In the electronic manufacturing industry, industrial CT can help detect the internal structure of electronic products, improve product quality and stability.
In the energy field, industrial CT can be used to detect the internal structure of equipment, ensure safe operation of equipment, and reduce accident risks.
Medical devices: In the manufacturing of medical devices, industrial CT testing can be used to detect and evaluate the quality and reliability of artificial joints, implants, and other medical devices.
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