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東北大学未来科学技術共同研究センターおよび日本大学工学部は、株式会社エビデント、株式会社復建技術コンサルタント、株式会社XMATと共同で、コンクリート塩分濃度測定を1ヶ月から30秒に大幅短縮する新奇コンクリート塩分濃度測定技術を開発。本技術は国土交通省の新技術情報提供システム(NETIS)にも登録されています。詳細はニュースリリースをご覧ください。
プリント基板(PCB)における不良解析の課題と解析事例紹介
In this app note, we describe how the use of an oil-clear tip adaptor during RVI inspections of wind turbine gearboxes can save you time and improve the image quality.
To meet the challenges of wind power gearbox inspections—such as cramped quarters, oil environments, and hard-to-reach areas—we created the compact, powerful IPLEX G Lite-W videoscope. Learn more in the press release.
Artificial bone grafts are becoming more common, but it’s important to control the pore size of these calcium phosphate-based ceramics. In this app note, we explain how the OLS5100 laser scanning microscope is helping manufacturers do just that.
We recently opened our new Asia-Pacific office in Singapore. Get all the details in the press release.
In our latest white paper, we explain the details of phase coherence imaging (PCI), a new mode available on the OmniScan X3 64 flaw detector. Learn about the advantages of using PCI and how it works.
Olympus Agree on Transfer of Evident to Bain Capital ~Evident to accelerate its growth and innovation~
In this white paper, we demonstrate how modern phased array scanners and probes can be used to detect damage from high-temperature hydrogen attack (HTHA) early, before it causes critical damage. We also discuss inspection configurations and data analysis.
To advance our nondestructive testing software innovation, we have opened a new office in Montreal Canada that will house a team of software design experts. Learn more in the press release.
In this blog post, learn about the critical role XRF analyzers play in screening for heavy metals and toxic substances during cement production.
Mud logging is used to study geological conditions when prospecting or developing oil and gas fields. In this post, learn how portable XRF technology can speed up this process.
Leverage the OmniScan X3 series’ powerful remote support tools to update and optimize your company’s communication and worth methods. Learn how in this blog post.
Our new MXPLFLN series objectives enable OEM and industrial microscopy users to take advantage of our cutting-edge manufacturing technology to obtain images with better flatness, higher resolution, and a long, 3 mm working distance at the same time. Learn more in the press release.
Real color mode in our CIX100 cleanliness inspection system shows the actual color of particles, enabling you to confirm if a particle is truly metallic. Learn how it works in this post.
新発売のARマイクロスコープ「SZX-AR1」は、AR(拡張現実)技術を活用し、複雑な顕微鏡下での組立作業や検査業務の作業効率向上に貢献します。実体顕微鏡のズームボディをお持ちであれば、三眼鏡筒を交換することでAR機能を使用できます。詳細はニュースリリースをご覧ください。
Measuring multiple layers of automotive paint thickness as part of quality testing is a complicated process. But it doesn’t have to be. Learn how you can simplify this measurement with one thickness test.
Lithium-ion batteries are common in electric vehicles, so the safety and performance of these batteries are critical. In this post, learn how industrial microscopes are used to inspect them.
合成繊維(ナイロン系生地)の表面観察 - デジタルマイクロスコープによる観察と課題解決
Meet the 72DL PLUS thickness gauge! In this post, we explore 8 reasons to try this innovative high-frequency, high-speed thickness gauge.
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