Service training

Webinars on Microtomography

Live and On-Demand

After having chosen one of the webinars listed below you will be directed to an external website (e.g. bruker.webex.com). Registration is required to participate in live webinars or to view recordings.

Materials Science webinars

Webinar Content
Jul 12, 2018
5 pm (JST),

Micro-CT application examples for metal product
X線マイクロCTを用いた材料科学分野のアプリケーションは幅広く、研究開発で活用され始めています。その利用例は、サンプル中の状態・空隙・異物観察や空隙径分布評価、繊維の配向評価など多岐にわたります。今回は、金属含有製品に焦点をあてて、マイクロCTがどのような問題を解決しているかをご紹介します。
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This webinar is held in Japanese.
Nov 16, 2017
4-5 pm (JST),

Application examples for organic polymeric materials
X線マイクロCTを用いた材料科学分野のアプリケーションは幅広いです。様々な材料の内部構造を“非破壊”で3次元情報として取り出すことができるため、研究開発で起こっている問題に対して直接的に解決できる可能性があるからです。今回は、有機・高分子材料に焦点をあてて、どんな問題をどのように解決しているかをご紹介します。
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This webinar is held in Japanese.
Sep 28, 2017
10 am (Berlin),
4 pm (Beijing)

Micro-CT solutions for the pharmaceutical, medical packaging, and medical device markets
This seminar will shortly introduce the technology and demonstrate the intuitive design features in our desktop systems.
The wide range of applications are covered: porosity, microcracks, composition, in situ compression tests of tablets, distribution of active ingredients in tablets, coating thickness, check integrity of packagings and sealings, dimensional measurements on packagings, inspection of parts for component performance and 3D measurements and failure analysis.
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Jul 20, 2017
4 PM-5 PM (JST)

Principles and applications of X-ray microCT – Non-destructive observation and analysis of internal structures
X線マイクロCTは非破壊で内部構造を“視る”手法です。また、観察のみならずその結果画像を数値解析に展開することで、材料分野への活用が大いに期待されています。なぜなら、前処理を行わず、試料をそのままの状態で非破壊観察を行い、3D解析を行うことで、本来の内部構造および現象が明らかになるからです。
今回、SKYSCANシリーズを用いた非破壊観察例をご紹介します。実際に測定する際の条件決定、注意点にも触れていきます。さらに、試料内部の関心対象に焦点をあてて数値解析を行います。あらゆる材料に展開可能な数値解析をご紹介します。
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This webinar is held in Japanese.
Nov 24, 2016

Micro-CT in geosciences: Getting the inside story!
This seminar will focus on a general introduction to the technology, and will illustrate the possibilities of non-destructive 3D imaging through many examples.
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Sep 22, 2016

X-ray microCT analysis of fiber reinforced composite materials
The fundamental concepts of microCT are introduced with their link to hardware characteristics.
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Life Science webinars

Webinar Content

December 5th, 2017

A universal microCT analysis pipeline for bone preclinical disease models
Presenter: Phil Salmon, PhD - Application Scientist, Bruker microCT - Kontich, Belgium

Getting a good microCT image of your animal’s bone, in vivo or ex vivo, is just the start. To realize the goals of your preclinical study, quantitative outcomes are needed. From two decades of experience, Bruker microCT brings a universal microCT analysis pipeline – a transparent flexible system and workflow that can deliver your needed quantitative outcomes, for every disease model.
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Dec 01, 2016

MicroCT and optical imaging for preclinical lung research
Small animal imaging can provide invaluable insights into mechanisms of disease, as well as the effects of candidate therapeutics in preclinical settings. MicroCT, a tool for preclinical imaging, allows the same technology used in a medical CT scanner to be applied on a microscopic level, meaning detailed “slices” can be taken non-destructively through samples and living animal models.
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Oct 20, 2016

Easy control for enjoyable experience: New SkyScan 1276, High resolution In Vivo micro tomography
This webinar will give you an overview of the specifications and key applications of the new SkyScan 1276 in vivo microCT.
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Aug 03, 2016

Bone imaging and analysis with microCT: Exploring the possibilities
This webinar will cover the basics of MicroCT technology and give an overview of the possibilities of microCT in bone imaging and analysis.
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May 12, 2015

High resolution microCT in preclinical applications
The use of X rays in preclinical applications is historically linked to imaging bone, where it has become the gold standard. X rays are attenuated more by calcified tissue compared to soft tissue. However, in recent years, the range of applications has greatly increased through the development of preclinical contrast agents.
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