Rigaku

#ICYMI, you can find the recordings from the X-ray Computed Tomography for Materials Science Webinars – Additive Manufacturing in Computed Tomography. Watch here: https://hubs.li/Q02YlBJw0 #AdditiveManufacturing #XrayCT #ComputedTomography #RigakuWebinar #ICYMI

Our two-day Cement User Day Workshop was a huge success! A big thank you to everyone who joined us this week, and special thanks to Rigaku for co-hosting this incredible event with us! We were thrilled to engage with our clients and showcase our new showroom facilities, demonstrating how our advanced sample preparation equipment, automated with Rigaku spectrometers, can take laboratory operations to the next level. From hands-on demos to in-depth discussions on optimizing efficiency, this workshop was all about innovation and quality in action. If you missed it, stay tuned—there’s more to come. Our new showroom is just getting started, and we will have more events, demos, and innovations in the future. Visit our website to learn more about how our innovative automation products can help you enhance your laboratory’s efficiency: www.herzogautomation.com #CementIndustry #Innovation #ProductDemonstration #LaboratoryAutomation #Herzog #Rigaku #QualitySolutions

Join us at the Carolina Science Symposium on November 15, 2024, at North Carolina University! Charles McBeath from Rigaku will be attending. Don’t miss the chance to connect and explore the latest in science and technology. We will be located at 1101 Gorman St., Raleigh, NC. Learn more: https://lnkd.in/gvgJ34_v #CarolinaScienceSymposium #Rigaku #ScienceInnovation

It’s not too late to register! Join us tomorrow, November 13, at 1 PM CST, for our X-ray CT for Materials Science webinar, focusing on additive manufacturing. Led by Ted Huang, this session explores how X-ray CT reveals critical internal structures—like voids, cracks, and material distribution—without damaging parts. Don’t miss insights on dimensional inspections and feedstock evaluation across polymers, metals, and ceramics. Register here: https://hubs.li/Q02Y0zQV0 #AdditiveManufacturing #XrayCT #ComputedTomography #RigakuWebinar

We are excited to announce that we have cut the ribbon on our newest automation circuit, showcasing Herzog HP MP pulverizer and press, integrated with the Rigaku MiniFlex XpC XRD and the ZSX Primus IV XRF, specifically designed to work seamlessly with automation integrators and bring our laboratory expertise to the production environment. Our new laboratory and showroom will serve as a premier demonstration center, providing potential customers with hands-on experience and insights into the advantages of automation. A big thank you to everyone who made this event possible, including Owner of Herzog Dr. Jan Herzog, Herzog CEO Bruce Weakland, Herzog Director of Sales & Service for the Americas Marius Combrinck, Rigaku RAH CEO Kent Heath, Rigaku Global CEO Jun Kawakami, and Linda Semenyna, Rigaku Business Development for Cement & Mining. Customers are invited to contact Herzog Automation Corp or Rigaku sales to book their visit. The showroom laboratory will be available only until Spring 2025. Stay tuned as we continue to drive advancements that bridge lab innovations to real-world applications! #Rigaku #Herzog #LabToFab #XRD #XRF #CementIsFun

The October edition of The Bridge Digest has arrived! This month, we’re unveiling the latest in high-resolution powder diffraction and advancements in X-ray technology that enhance both accuracy and efficiency in material analysis. Discover exclusive application notes focused on optimizing laboratory workflows, and mark your calendar for upcoming events and webinars featuring Rigaku experts tackling today’s key industry topics. Don’t miss our featured Product and Video in the Spotlight for an in-depth look at these new innovations. #xraynewsletter #XRD #XRF #Rigaku

Curious about how microscopic particles could affect your health? Respirable crystalline silica, found in everyday materials such as rock, sand and construction dust, can pose significant health risks. Activities such as grinding or cutting can release respirable crystalline silica (RCS) particles that, if not controlled, can lead to serious respiratory problems. So how do we effectively monitor and manage these risks? Enter X-ray diffraction (XRD) technology. XRD is an advanced tool used to accurately detect and measure hazardous materials such as silica. The MiniFlex600 represents a significant advancement in XRD technology. Equipped with 600 W of X-ray power, an automatic 8-position sample changer and the advanced D/teX Ultra2 silicon strip detector, this benchtop system delivers very fast and highly accurate results. Controlled by the powerful SmartLab Studio II software, it ensures full compliance with NIOSH Method 7500 for data analysis, achieving limits of detection (LoD) and quantitation (LoQ) down to a few micrograms. The MiniFlex600 is an efficient solution for ensuring safety, whether in the lab or in the field. For more information on how the MiniFlex600 can improve your safety measures, contact our expert, Dr. Jose Mardegan. #XRD #CrystallineSilica #WorkplaceSafety #SilicaDetection #EnvironmentalSafety #RespiratoryHealth #MiniFlex

Discover the future of materials research in extreme conditions with cutting-edge technologies! Are you interested in understanding how materials change under different environmental conditions, such as varying temperatures or exposure to corrosive gases? The Reactor-X corrosion-resistant high-temperature chamber from Rigaku is an advanced tool for such applications. Reactor-X works with a wide range of gases, including hydrogen (H2), methane (CH4), carbon monoxide (CO), sulfur oxides (SOx), ammonia (NH3), hydrogen sulfide (H2S), and many other, as well as humidity. Its infrared heater provides precise temperature control, ranging from room temperature up to 1000 °C, with rapid heating rates of up to 300 °C per minute. The quartz glass sample stage and holder enable measurements in different ambient environments without interference from the heater. The separation of the heater section from the sample atmosphere helps maintain the integrity of the experimental conditions. Additionally, the chamber and furnace can also be separated, allowing easier handling of sensitive or reactive samples, especially when using a glovebox. Common applications for the Reactor-X include: • Catalytic studies (e.g., reduction and oxidation of catalysts) • Fuel cell research • Zeolite research • Metal-organic frameworks (MOFs) studies Learn more: https://hubs.li/Q02Xsll40 Curious about how this technology can enhance your research? Contact Dr. Maciej Grzywa, our XRD applications specialist, for more information. #MaterialsScience #XRD #HighTemperatureResearch #Rigaku #ReactorX

Join Our Free Webinar on High Quality XRD Measurements Using Capillaries! Are you in materials science or X-ray diffraction research? Join our FREE webinar and discover how to elevate your XRD measurements for accurate and efficient analysis! What You’ll Learn: • How capillaries optimize small sample analysis in XRD • Essential sample preparation techniques for reliable results • Practical tips for tuning measurement conditions with Cu radiation Date: November 26, 2024 Time: 10:00 CET Duration: 1 hour Meet the Expert: Dr. Jose Mardegan, XRD Application Scientist at Rigaku Europe, with over 15 years of experience in XRD techniques. Don’t miss this chance to learn how to enhance your XRD capabilities! Register now to secure your spot: https://hubs.li/Q02XrYyF0 #XRD #XrayDiffraction #MaterialsScience #CapillaryXRD #Research #Webinar

Unlock the potential of X-ray computed tomography (CT) in revolutionizing the inspection of additive manufacturing (AM) parts. On Wednesday, November 13, at 1 PM CST, you are invited to join the latest episode of our X-ray Computed Tomography for Materials Science webinar series, focusing on innovative applications in Additive Manufacturing. Ted Huang will lead an in-depth session on how X-ray CT provides unmatched visibility into internal structures, revealing details like voids, cracks, and material distribution without damaging parts. He’ll also explore techniques for dimensional inspections, including section thickness and load distribution analysis, as well as comprehensive evaluations of AM feedstocks across polymers, metals, and ceramics. Register here: https://hubs.li/Q02XcHpF0 #AdditiveManufacturing #XrayCT #ComputedTomography #RigakuWebinar