We are delighted to be at the @NatSubseaCentre and @RobertGordonUni today, for installation and training on their o… https://t.co/tuutNZByxV
Jan 26 2023 7:01am
RT @enekolarraneta: Additionally, we have developed 3D-printed mucoadhesive patches for the treatment of vaginosis. https://t.co/tgWHADooVm…
Dec 22 2022 9:35am
RT @UKEVSoc: Big thanks to our gold sponsors @Particle_Metrix @AnalytikLtd for supporting #UKEV2022. They’re here until the end of the sess…
Dec 2 2022 8:25am
Analytik distribute the CPS Disc Centrifuge which measures highly poly-dispersed particles in the size range of ~2.0nm to ~75 microns at 2 to 10 times better resolution than any other particle sizing instrument regardless of measurement technique.
Features of the CPS Disc Centrifuge include: extremely high resolution with clean separation of narrow peaks that differ in size by as little as 2%. Ability to detect and measure very small and subtle changes/differences in particle size. Ability to measure/monitor nano-particle coating thickness. Very high sensitivity; minimum detection limit below 10-8 gram active sample for narrow peaks. Highly reproducible results; the typical 95% confidence range for reported peak sizes in replicate analyses is +/-1% or better. Dynamic range capability >1000 for measurement of broad and multimodal distributions. Measurement of particles of virtually any density using a unique analysis method developed by CPS (US Patent 5,786,898). Wide range of data presentation options including multiple distribution overlays.
Highly Accurate Physicochemical Characterisation of Small Nanoparticles
Rapid Assessment of the Stability of Colloids & Dispersions
In this interview, we speak with Stanford's Gu Group about their newly developed metal nanocluster-based material that's advancing nanoscale 3D printing.
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