Characterizing Nano- and Biomaterials has never been so quick, easy, and accurate.
With the introduction of the NanoSight Pro, Malvern Panalytical provides the best in class, simple and rapid NTA solution for nano- and biomaterials characterization.
The combination of advanced engineering and a blend of smart features assures NTA measurements are efficient, quick, and accessible to all users. Powered by machine learning, NS Xplorer software enables automated measurements, removes subjectivity, and provides the highest quality size and concentration data for both, the light scatter and fluorescence analysis.
Interchangeable lasers allow application flexibility, whilst Smart Manager connection assures robustness without a worry for quality issues or downtime.
Features and benefits
Quick install & analysis
NanoSight Pro can be used by every user in every lab. Smart installation allows you to get up and running quickly. With minimum setup, easy operation and intuitive NS Xplorer software you can measure your samples in minutes.
Intelligent & automated
Powered by machine learning and intelligent features, NanoSight Pro automates processing and eliminates human error, delivering superior particle identification and precise particle tracking for the highest quality and reproducible data.
Highest resolution
The NanoSight Pro measures nanoscale particles in the range of 10 nm - 1000 nm including low scattering and biological particles. Particle–by–particle analysis assures high resolution size and concentration data with visual confirmation.
Power of fluorescence
In addition to light scatter, fluorescence signals can be detected from fluorescently tagged biologics or synthetic particles providing even greater insight into your sample. Interchangeable laser modules with the choice of four excitation wavelengths can be used along with the matching long pass filters for the optimum setup supported by analysis in flow for better sampling and tracking of even photobleaching samples.
The greater fluorescence sensitivity enables subpopulation identification including surface markers, internal cargo detection or depreciation of contaminants sensitivity.