Lab equipment > Particle characterisation

Machine learning method predicts nanoparticle structure

12 June, 2020

New distance-based machine learning methods have been found to be capable of predicting structures and atomic dynamics of nanoparticles reliably.


Malvern Mastersizer 3000 for rapid biopharmaceutical drug development and manufacturing

01 June, 2020

The Mastersizer 3000 delivers high performance across a wide particle size range for wet and dry dispersions from 10 nm to 3500 µm, with rapid measurement times and robust results.


Malvern Panalytical Spraytec for aerosol and spray characterisation

01 May, 2020

The Malvern Panalytical Spraytec is a laser diffraction-based particle size analyser and is designed with a measurement rate fast enough to characterise sprays and aerosols in real time.


Malvern NanoSight NS300 for counting, sizing and visualising individual nanoparticles

01 March, 2020

Malvern NanoSight NS300 employs the technique of Nanoparticle Tracking Analysis (NTA) to visualise, size and count individual nanoparticles in a liquid suspension in real time, with the feature of direct visualisation of the suspension designed to give the user extra confidence.


Precision NanoSystems NanoAssemblr Ignite for nanomedicine development

01 December, 2019

NanoAssemblr Ignite is designed to make preclinical laboratory-scale nanoparticle production efficient, reproducible and tuneable. Nanomedicines are prepared in less than a minute, allowing rapid optimisation of particle properties.


Night vision enabled by nanoparticles

05 September, 2019

US scientists have used nanoparticles to confer a real superpower on ordinary mice: the ability to see near-infrared light.


Colour-changing 'chameleon skin' powered by nanomachines

27 August, 2019

The artificial 'chameleon skin' changes colour when exposed to light and could be used in applications such as active camouflage and large-scale dynamic displays.


Malvern Zetasizer Pro and Ultra bioparticle characterisation tool

01 July, 2019

The Malvern Zetasizer range has helped improve product quality and stability of a wide range of particles and biomolecules and, more recently, protein-based drug formulations.


PAMAS SVSS particle counter

18 June, 2019

The PAMAS SVSS is a standard laboratory particle counter for pharmaceutical applications (control of parenterals, infusion solutions, ophthalmic and oral fluids) and other low-viscous liquids. The instrument may be used standalone or software controlled.


Retsch Technology CAMSIZER P4 particle analyser

27 March, 2019

The CAMSIZER P4, from Retsch Technology, analyses all size and shape parameters of a variety of bulk materials and granulates, including spherical and irregularly shaped grains and crystals, spray-dried and fluid bed granular materials, pellets and extrudates.


Nanoparticles switch phases in flight

27 February, 2019

Researchers have discovered a phenomenon known as inorganic isomerisation, in which inorganic materials are able to switch between discrete states almost instantaneously.


Reduce the need for time-consuming and expensive analysis using Multi-Angle Dynamic Light Scattering (MADLS)

14 August, 2018

Achieve higher resolution particle size and concentration analysis.


Malvern Zetasizer Pro and Ultra for nanoparticle measurement with MADLS

01 June, 2018

Built on the Zetasizer Nano range, the Zetasizer Pro and Ultra systems from Malvern Panalytical deliver enhanced speed and ease of use for the measurement of particle and molecular size, particle charge and particle concentration.


Izon Science qVIRO-X nanoparticle measurement system

22 November, 2017

The Izon qViro-X is a system designed for size, concentration and aggregation data for bacteria, viruses and vaccines. The product directly measures the size of individual nanoparticles in solution, to build up a profile of concentration (viral titre) against size and, therefore, the degree of sample aggregation.


Shape-shifting polymers could improve cancer drug delivery

03 November, 2017

UNSW scientists have developed a way to control the shape of polymer molecules so they self-assemble into non-spherical nanoparticles. Their work is expected to improve the delivery of toxic drugs to tumours.


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