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X-Ray Microscopy

X-ray microscopy is a non-destructive technique that generates an image of the internal features of the examined materials

X-Ray Microscopy

X-ray microscopy is a non-destructive technique that generates an image of the internal features of the examined materials, with the image contrast being determined by the difference in absorption of X-rays by the different components in the materials. The resolution of X-ray microscopy lies between that of light microscopy and electron microscopy since an X-ray microscope uses soft X-rays with a wavelength in the range of 10–0.01 nm. Further, because of their high energy, X-ray microscopes have the ability to penetrate relatively deep into materials, allowing images to be generated from the internal features. Compared to TEM, X-ray microscopy can generate images from relatively thick samples. A further advantage over electron microscopy is that X-ray microscopy does not require particular specimen preparation or a high-vacuum sample chamber.

Raw Materials

Metals
Rocks, sand, sediment
Gemstones, diamonds
Wood and organic raw materials

Testing organic materials can be challenging especially when it is unique or fragile. No matter it is metal, rock, sand, sediment, gemstones, diamonds, wood, or other organic raw materials, Bruker Micro-CT helps reveals complex internal features in detail without destroying your samples.

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Volume rendering of results on Micro-CT scanning a sandstone, 1µm resolution.

Clear 3D size distributions of pores and particles of rocks via Micro-CT.

Size distribution of sand in particle diameter (mm).

Identify high density regions of a wood sample.

Optimization for cut and final shapes of two diamonds to avoid internal inclusions and achieve maximum pricing.

Investigate the external and internal characteristics of microfossils such as Foraminifera. Present sections of models or the characteristic morphological features when rotating.

Synthetic Materials

Polymers and composite materials
Biomaterials
Building materials
Paper, fabrics and textiles
Powders, particles
Ceramics and glasses
Pharmaceutical tablets
Art and historic artifacts
Processed food

Proper inspection is key for maintaining the qualities of your synthetic materials especially if it is being used for critical applications in industries. Micro-CT can easily handle inspection of synthetic materials of a wide range of sizes, shapes, and densities. Use Micro-CT to identify your materials’ internal defects and ensure quality standards are met each time. Micro-CT technique is widely used for the inspection of synthetic materials including polymers, composite materials, biomaterials, building materials, paper, fabrics, powders, particles, ceramics, glasses, pharma tablets, art, historic artifacts and processed food.

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Micro-CT is the optimal inspection method for glass or any glass finer reinforced materials. It is often used to verify internal dimensions and reveal any interior defects.

Use Micro-CT to measure the inspect the structured thickness distribution of scaffolds.

Micro-CT offers the possibility to analyze both individual fiber properties (e.g. diameter) as in relation to each other (e.g. orientation distribution).

Micro-CT provides analysis on pores and cracks, coating thickness, distribution of active ingredients and mechanical properties.

X-ray μCT allows to visualize a foam’s 3D internal structure in a non-destructive way. Virtual volume can be reconstructed to reveal all internal details at high precision.

Micro-CT can reveal the structure of your waterproof coating and provide inspection of defect to ensure quality standards.

Industrial Materials

Electronic components and assemblies
Industrial manufactured items: metal
Industrial manufactured items: non-metal
Fuel cells, batteries

Consistency and repeatability are the utmost concerns of today’s manufacturers of industrial materials. Through non-destructive inspection methods and comprehensive data, your materials can be ensured to meet the tight tolerances and strict quality standards. Micro-CT is proven as an effective tool in inspecting industrial materials with complex designs and structural elements. It can be used for a wide range of industrial material parts including electronic components and assemblies, fuel cells, batteries as well as both metal and non-metal industrial manufactured items.

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Micro-CT can handle testing of plastic parts in automobile including panels, fuel tanks, bumpers and seating assemblies.

Micro-CT can quickly validate complex dimensions and internal defects of metal parts in automobiles, aerospace and space applications.

Micro-CT provides critical inspection data for all stages of electronics manufacturing, such as an electrolytic capacitor.

Micro-CT is an effective fault analysis tool for complex multi-layered PCBs in the semiconductor industry.

Use Micro-CT to inspect defects in silicon solar cells’ metallization layers. The comprehensive data provided can help you improve processing steps during manufacturing.