Plasmion’s Post

Discover ZetaView from Particle Metrix GmbH The ZetaView is an advanced Nanoparticle Tracking Analysis (NTA) instrument designed for precise and efficient nanoparticle characterization. It measures particle size, concentration, and zeta potential with real-time visualization of nanoparticle movement. The system is fast, analyzing up to 1000 particles in about one minute, and supports both scattering and fluorescence modes. With automated laser and microscope alignment, customizable software, and versatile applications, the ZetaView is ideal for nanoparticle research. Contact Particle Metrix for more details and discover how this powerful tool can enhance your work. For any questions : 📧 Email : yoga@nexus-analytics.co.id #NexusAnalyticsIndonesia #Melchers #nanoparticle #PSA #ZetaPotential #CompleteSolutions #BetterSize

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/cOVRuU #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Sensofar S neox Microscope System, a cutting-edge optical inspection tool that integrates multiple technologies, including Confocal, Interferometry, Focus Variation, and Layer Thickness Reflectometry. See for yourself how this system can revolutionize your analysis and measurement tasks with a free remote demo or sample run. Reach out to sales@brookanco.com to learn more! #Sensofar #OpticalInspection #MicroscopeSystem #MeasurementTechnology #3Dmetrology

Expansion #Microscopy #ExM has proven to be a popular method for #SuperResolution #Imaging, but existing protocols are generally long and intensive. Preprint research introduces BOOST, an ExM variant that uses microwave exposure to significantly accelerate key steps in the process, demonstrated for single-step 10X linear expansion of large millimeter-scale specimens in ~3 hours. Click to learn more: https://bit.ly/4ddvmMw

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/2LFie1 #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/SNGq40 #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/1gdjJw #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/vIHUZb #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/xuRbrC #BrukerAXS #XRM #BatteryResearch #CleanEnergy

What a tight race in the latest poll of our #MythMonday series! Let's debunk it!   Why a high laser speed does not automatically translate to a fast time-to-result:   Ultimately things from our daily life also apply to complex systems such as MALDI-TOF instruments. Efficient collaboration depends on organizing a complex team, where every member must synergize well for the best possible results. Having one fast member on your team doesn't guarantee the fastest results as it will be slowed down by others.   In the pursuit of excellence, we've embraced the philosophy of "𝗪𝗼𝗿𝗸 𝘀𝗺𝗮𝗿𝘁, 𝗻𝗼𝘁 𝗵𝗮𝗿𝗱.", introducing our SmartBeam™ Laser with optimized ion production efficiency compared to conventional solid state lasers, so that every shot counts.   Our most recent “team member” is the MBT Compass HT software now processing the acquired data much faster for an almost simultaneous display of the identification results.   Our advice, don`t get lost in a single detail, always look at the bigger picture, which is what we are doing when optimizing our solutions.   #BrukerMID #microbiology #MALDITOF #GOTsirius