Nanoscience Instruments

From creation to patient care, the journey of a biopharmaceutical drug is complex and ensuring stability and material compatibility is crucial. During production, storage, and administration, these drugs face challenges like unexpected adsorption, concentration drops, and the formation of protein particles. With QSense Biopharma: ??Analyze Biopharmaceutical Interaction with Relevant Materials ??Minimize Risk with Proactive Incompatibility Detection ??Real-time Monitoring of Antibody and Excipient Adsorption Access more publications on using Quartz Crystal Microbalance with Dissipation for biopharma applications here - https://hubs.li/Q03cXlmy0 #qsense #biolinscientific #pharma #biopharma #drugdevelopment

??Live Demo Opportunity Next Week in San Diego! If you're attending the ACS Spring meeting, we invite you to bring your samples to Booth #3625 and see how easy it is to collect accurate contact angle measurements on the Theta Flow Optical Tensiometer (a.k.a. Contact Angle Meter / Drop Shape Analyzer). Our surface science experts look forward to meeting you and sharing the latest upgrades to the Theta Flow's capabilities, including 4-channel precision liquid dispensers and an automated rotational stage for measurements on silicon wafers up to 12" in diameter. Don't miss your chance to test drive the instrument that top-tier research labs and industry leaders are using for their wettability testing, adhesion prediction, coating and surface treatment analysis, and much more! Explore all our solutions for fabricating and characterizing advanced materials: https://ow.ly/Zf8a50VikVs #Wettability #ContactAngle #SurfaceScience #SurfaceProperties #Adhesion #NanoscienceInstruments Biolin Scientific AB

In a recent blog, we outlined the different types of polymeric fibers that can be fabricated on the micro- to nanoscale using the Electrospinning technique. This time, we tackle complex 3D geometric structures and how to control fiber alignment, material composition, and structural complexity to meet your design goals using the Fluidnatek & Spinbox by Bioinicia professional-grade Electrospinning systems. In this blog, you'll discover: ?How to create hollow and core-shell fibers for enhanced material properties ?Techniques for patterning fibers into meshes and fabricating super-aligned fibers ?Strategies for producing hierarchical and multilayered structures ?Ways to combine different polymers for improved functionality ??Read the full blog for more insights into complex electrospun structures: https://ow.ly/qfNx50VkRZ6 #Electrospinning #Nanofibers #MaterialsScience #TissueEngineering #Polymers #AdvancedMaterials #Textiles #Nonwovens #NanoscienceInstruments

From ?????????? ???????????????? ???????????????????? to ????????-???????????????????? ?????? ??????????????, nanoporous layer engineering is key to unlocking innovative and sustainable technologies. Advancing R&D in nanoporous layer fabrication is essential to maximizing their potential across various applications. VSParticle’s single-step dry coating technology enables the #rapid and efficient synthesis and printing of (semi-)conductive nanoporous layers. By optimizing their ultra-high #surfacearea and #tunable properties, we address challenges like #selectivity in gas sensors. ?? Read the full blog to discover how our nanoprinting technology simplifies the optimization and engineering of nanoporous materials for cutting-edge solutions. https://lnkd.in/debUA5NJ

?? Exceptional Quality of Single-Layer Graphene ! We’re proud to share some compelling results demonstrating the high purity and structural perfection of our single-layer graphene. ?? Image 1: TEM Image of Graphene on Holey Carbon Grid This transmission electron microscopy (TEM) image shows four clean and well-defined suspended graphene membranes over a holey carbon grid. The absence of visible contaminants or folding across the membranes is a strong indication of the material’s uniformity and cleanliness, a critical factor for high-performance electronic and optical applications. ?? Image 2: Selected Area Electron Diffraction (SAED) Pattern This SAED pattern reveals a perfect hexagonal symmetry, characteristic of monocrystalline single-layer graphene. The sharp, distinct diffraction spots, without ring diffraction, confirm the atomic-scale order and absence of multilayer regions or polycrystalline domains. ? These results highlight: Monolayer uniformity High crystallinity Exceptional purity Minimal defects or contamination Whether you're in advanced materials research, nanoelectronics, or sensing technologies, this level of graphene quality can be a game changer. #Vitrotem #GrapheneLiquidCells #Graphene #LifeScience #GLC #InSitu #NaiadSystem #Imaging #Research #ScientificBreakthroughs #Nanotechnology #MaterialsScience #TEM #SAED #AdvancedMaterials #Innovation #R&D

What are the benefits of using SEM for particle analysis? ?? While particle analysis may seem straightforward, integrating it into your lab or organization can be challenging... Fortunately, Scanning Electron Microscopy (SEM) helps overcome these hurdles while offering unique benefits: 1?? See smaller features than with an optical microscope ?? 2?? Get chemical information and connect it to morphology ?? 3?? Identify foreign material quickly ??? 4?? Determine particle size distributions, even with agglomeration ?? 5?? Accelerate data collection with automation software ??? ?? Dive deeper into these benefits in our latest blog ?? https://lnkd.in/gve4As7E Did you find our blog insightful? Share it with your network and drop your thoughts in the comments! ?? #ParticleAnalysis #SEM #MaterialScience #PhenomSEM #DesktopSEM #BenchtopSEM #TabletopSEM #ParticleX

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Exclusive Webinar Alert!??? Explore the world of functional materials and transmission electron microscopy (TEM). Join our upcoming free webinar to gain expert insights from Dr. András Kovács, guest presenter and winner of the 2024 árpád Barna Award – Open Category. He will explore advanced TEM specimen preparation techniques, including Ar and Ga ion beam thinning, and discuss how to preserve the intrinsic properties of materials for precise analysis. ?? Why should you attend? Specimen preparation is crucial in TEM, especially for functional materials where structural, chemical, and electronic properties are closely linked. Dr. Kovács will share best practices on how to avoid ion beam-induced artifacts, ensuring more reliable results in your research. ?? Date & Time: March 25, 5 PM (CET) | March 26, 10 AM (CET) ??? Speaker: Dr. András Kovács, Ernst Ruska-Centre, Forschungszentrum Jülich ?? Please register here: https://lnkd.in/dS8ctEFh This is a unique opportunity to gain valuable insights from a leading expert in the field of transmission electron microscopy and functional materials! #TEM #FunctionalMaterials #ElectronMicroscopy #Webinar #MaterialsScience #Research #árpádBarnaAward #TechnoorgLinda

This year, we're bringing all Attension? and QSense? users together for one exciting and interactive Biolin User event! It is an excellent opportunity to join our scientific community as we bridge the worlds of QCM-D and tensiometry. Call for Abstracts is Open! Got exciting research to share? Here’s your chance to present your work to an engaged audience of fellow scientists and industry experts. Submit your abstract now! Agenda Coming Soon – Stay tuned as we unveil the full lineup of speakers, workshops, and sessions designed to inspire and elevate your research! Read more & secure your spot today! - https://hubs.li/Q03ct8FD0.. #UserDays2025 #SurfaceScience #MaterialScience #Attension #QSense #QCMD #biolinscientific #CallForAbstracts

??Pioneering researchers in conductive nanomaterial development—this one is for you! Next week, we're headed to the American Chemical Society Spring meeting, where you will get the chance to learn about our spark-ablation nanoparticle generators, and the star of the show, the VSPARTICLE NanoPrinter. The NanoPrinter enables dry synthesis and automated deposition of conductive or semi-conductive nanoparticles, producing high-quality nanoporous thin films for a broad range of applications. Whether you're working on high-efficiency catalysts, CO? capture materials, next-gen sensors, or other advanced materials, the NanoPrinter could be the key to unlocking accelerated development in your lab! ??Visit us in Booth #3625 at the ACS Spring Expo to learn more. ??In the meantime, explore all our solutions for fabricating and characterizing nanomaterials: https://ow.ly/WRN950ViiIS #Nanoparticles #Catalysts #PEM #Electrolysis #Hydrogen #EnergyStorage #Sensors #NanoporousLayers #NanoscienceInstruments