Hitachi High-Tech Corporation

Paper is something we use every day without much thought. White, flat—just an ordinary material. But when you zoom in with an electron microscope, a whole different world appears: a tangled network of plant fibers. Notebook paper is made of fibers of various lengths, tightly intertwined, with additives mixed in. Washi has long fibers and large open gaps, while carbonless paper is packed with tiny mechanisms that make copying text possible. Paper is designed for its purpose— by choosing the type and length of fibers, and the additives mixed into it.

Nothing is exactly the same… ❄️ Nature is such an amazing engineer. I just can’t ignore a good mystery ˂( ╹ ‿ ╹ )˃

Hitachi High-Tech History Story #3 I heard Hitachi High-Tech started with only about 10 people. The future… it all begins with a small team daring to take on a challenge ˂( ╹ ‿ ╹ )˃

Hitachi High-Tech History Story #2 The story of Hitachi High-Tech began as a trading company for scientific instruments. Connecting essential tools for research… turns out, that was how they helped shape the future ˂( ╹ ‿ ╹ )˃

Hitachi High-Tech History Story #1 Hello humans! 🌏 The roots of Hitachi High-Tech go back to Tokyo in the 1940s. A tiny beginning in a city recovering from the war… it’s a story that warms the heart ˂( ╹ ‿ ╹ )˃

Hello humans! Nice to meet you. I’m Fipo, a little explorer visiting Earth to study your technology ˂( ╹ ‿ ╹ )˃ My body shines in spectral colors, and the colors shift with my emotions 🌈 Tiny worlds, invisible tech, and the research shaping the future… I’m super curious about all of it. I’ll pop in from time to time. I just can’t ignore a good mystery!

Hitachi High-Tech and Invivoscribe have announced PrepQuant™, a co-developed integrated nucleic acid extraction system with built-in quantification. The PrepQuant™ system automates nucleic acid extraction, concentration, and quantification processes into a single sample preparation run contributing to improving the accuracy, reproducibility, and quality of genomic research Read more abiut it here: hitachi-hightech.com/global/en/news…

PT. Hitachi High-Tech Indonesia has initiated a strategic collaboration with the Faculty of Mining and Petroleum Engineering (FTTM) ITB to explore Hitachi’s Automated Mineralogy AMICS (Advanced Mineral Identification and Characterization System) capabilities for Geothermal Application in Indonesia. This collaboration consists of providing scholarship, event sponsorship, internship, and joint research with geothermal industries. This joint research in particular aims to investigate some issues related to mineral identification during geothermal exploration or drilling, and assess our AMICS solution to address these issues. As Indonesia continues to advance its position as one of the world’s leading geothermal power producers, accurate mineralogical characterization has become increasingly critical for rock analysis, scaling prediction, mineral behavior understanding, and overall field optimization. Through this collaboration, Hitachi High-Tech Indonesia will support FTTM ITB and geothermal industry partners in applying AMICS technology to enhance exploration and production efficiency. The collaboration period runs from 4 February 2026 to 3 February 2029. During this period, PT. Hitachi High-Tech Indonesia and our partner PT. Geoservices will provide Scanning Electron Microscope (SEM) SU3900 and AMICS system to support the study. This collaboration aligns with Indonesia’s national initiatives to expand renewable energy usage and promote sustainable resource management. By merging advanced analytical technologies with academic excellence, PT. Hitachi High-Tech Indonesia hopes to contribute to a stronger geothermal ecosystem and long-term energy resilience.

The World Through an Electron Microscope. Part 9: Research into Copper Oxide Crystals at Fukushima Prefectural Aizu Gakuho High School. Hitachi High-Tech lends its Tabletop Microscopes to educational institutions that provide advanced science education. This series looks at the stories of those who have taken the first steps on the path to science by oberving the microscopic world. hitachi-hightech.com/global/en/scie…

Hitachi High-Tech Announces Change of Board of Directors: hitachi-hightech.com/global/en/news…

On March 27th, Catch Japan, a program aired on the NHK WORLD JAPAN channel, will introduce Hitachi High-Tech's work with Photonic Integrated Circuits (PICs) that support the digital infrastructure behind autonomous driving and remote medicine. Catch Japan's J-Tech segment focusses on the latest in Japanese technology. You can watch NHK WORLD JAPAN on cable and sattellite channels worldwide. See below for details: biz.jibtv.com/programs/catch…

This image looks just like a sugar cube. But somehow, something feels slightly off. The shape is square, yet parts of it seem rounded and a little crumbled. As you change the magnification under an electron microscope, it may start to look like something entirely different. The things we’re so familiar with that we barely notice them can reveal surprisingly unexpected forms in the microscopic world. Take a closer look and discover what it really is.

Hitachi High-Tech Announces Executive Responsibility Changes hitachihightech.com/47io5e7

The future of convenience may be powered by light. As DX continues to advance, electricity consumption at data centers is projected to nearly double worldwide by 2030. A key solution to this challenge is PICs (Photonic Integrated Circuits). By processing information with light, PICs can achieve all of the following at once: High-speed transmission of large volumes of data Reduced communication latency Significant energy savings In the field of autonomous driving, for example, PICs can reduce LiDAR latency to one-tenth, improving the accuracy and safety of detecting pedestrians and obstacles. In healthcare, PICs enable faster data transfer and remote diagnostics, making advanced medical diagnostics possible even with compact devices. Hitachi High-Tech is working with VLC Photonics to accelerate the real-world deployment of PICs on a global scale. Invisible “technologies of light” are quietly supporting the next generation of society behind the scenes of our everyday lives.

Hitachi High-Tech earns the top 5% gold rating for sustainability from EcoVadis for the second consecutive year. Hitachi High-Tech Corporation, has achieved its second consecutive Gold Rating for sustainability by EcoVadis, an international ratings organization headquartered in France, placing it in the top 5% of companies evaluated. Hitachi High-Tech was recognized for its sustainability initiatives across the entire value chain, thoroughly implementing responsible business activities for the local community and the global environment such as reducing greenhouse gas emissions, addressing labor and human rights, and complying with corporate ethics. Read more here: hitachi-hightech.com/global/en/news…

Exploring the Future of Electron Microscopy for Research Hitachi High-Tech IPC (Malaysia) Sdn. Bhd. and University of Tsukuba, Malaysia have signed a Memorandum of Understanding (MOU) to explore and develop research needs in the field of Electron Microscopy. This collaboration marks the beginning of a long-term joint research initiative aimed at understanding how electron microscopy is currently used across the region and where the next frontier of research may lie. Electron microscopy is an enablement technology across many scientific domains - from materials science and semiconductors to life sciences and environmental research. Yet, the research landscape and demand for EM capabilities across ASEAN is still evolving. The research program will run till 31 March 2030 - to observe research trends, engage with the academic community, and develop potential collaboration themes. To support the study, advanced analytical instruments will be made available by Hitachi High-Tech IPC (Malaysia) Sdn. Bhd., including: TM4000III Scanning Electron Microscope (lnkd.in/g3UMMjYV) AZtecOne XploreCompact analytical system (lnkd.in/g8Q6VdME) These tools will help researchers conduct detailed analysis, enabling both fundamental scientific research and applied investigations. Beyond technology, the most meaningful outcome of this collaboration is the opportunity to build stronger academic partnerships in Malaysia and the broader ASEAN region. By working closely with researchers and institutions, we hope to contribute to the advancement of electron microscopy research while supporting the development of the regional scientific ecosystem. As research challenges become increasingly interdisciplinary, partnerships like these become essential to unlock new discoveries and applications. Looking forward to seeing how this collaboration evolves in the coming years. #ElectronMicroscope #Research Hitachi High-Tech Corporation

SI News: Visualizing Phenomena! The TOTO Corporation's Comprehensive Research Institute has been conducting extensive research to make water-related spaces in daily life cleaner and more comfortable. Additionally, they have achieved significant results in a wide range of fields, such as providing development support for applying ceramic technology to semiconductor production equipment. We visited the Analytical Technology Center of the institute and spoke with Senior Researcher Toshihiro Aoshima, who has been involved in analysis work for many years. We discussed the achievements of TOTO's analysis work and the introduction of ExTOPE, which contributes to data sharing and operational efficiency. Read the interview right here: hitachi-hightech.com/global/en/sine…

Accelerating DX to Achieve a Sustainable Society: What is a Photonic Integrated Circuit (PIC)? Efforts are being made through collaborations between industry, academia and governments with the aim of reducing power consumption at data centers by 40% by 2030. One innovative technology indispensable for these efforts is the Photonic Integrated Circuit (PIC). This technology integrates optical signal processing functions onto a chip, enabling high-speed, high-capacity communication while also saving energy. Hitachi High-Tech has positioned PICs as a key technology for building next-generation digital infrastructure, and is strengthening its efforts to implement them throughout society. In 2020, we welcomed leading PIC company VLC Photonics, which is based in Spain, into the Group, establishing a structure to further accelerate our global business development. Read more about PICs and VLC Photonics here: hitachi-hightech.com/global/en/comp…

At first glance, our homes look very clean. But if we were to peer inside with an electron microscope— a hidden world of invisible “microscopic residents” would appear. Let’s start inside an air conditioner. This space easily traps moisture, and from a microscopic point of view, it’s a very comfortable place to live. That’s where we find black mold. It spreads by releasing spores and is one of the most commonly found molds in homes. Next, inside bread dough. What supports the soft, fluffy texture of bread is the work of yeast. Yeast breaks down sugar and produces carbon dioxide, creating tiny pockets of air inside the dough. Interestingly, yeast belongs to the same group of organisms—fungi—as black mold. When we hear the word “microbe,” we often imagine something scary or dirty. But our daily lives are also shaped and supported by a long history of coexistence with these microscopic organisms. And what we’ve discovered here is only a small part of that world. Inside our homes, in many different places, countless other microscopic organisms are still at work. By shifting our perspective just a little, the familiar world around us may begin to look completely different.

Happy National Tin Can Day ! 🥫🥫🥫 (January 19) #ElectronMicroscope #NationalTinCanDay Normal and corroded areas of tin-plated steel sheet (Cross-sectional BSE images and elemental maps) If you want to know more about the SEM and BIB (Broad Ion Beam) milling system, check out the following post !