Nikon Instruments’ Post

Can nanosurfaced screws provide breakthrough solutions for challenging extractions? Discover the results from our latest study on the removal of nanotube-treated pedicle screws in a dense bone model. Get the details of this innovative technology designed for enhanced fixation and easier extraction. Click the link below to read the full publication and explore the science behind Nanovis Ti™ Surface Technology. 🔗 https://lnkd.in/esJWmEeY #SurfaceTechnology #NanoTech #Fixation

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

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/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/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/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/xuRbrC #BrukerAXS #XRM #BatteryResearch #CleanEnergy

#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

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/S9hTnB #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