For recurring measurement tasks, the measurement conditions can be entered entirely via SOPs (standard operating procedures) and saved. Simply enter the name of the sample, press start, that‘s it. For fast, simple processes and reproducible standards during analysis.

For new samples, only the necessary material parameters need to be entered. A software assistant determines the optimal correlator settings. Once the sample is in the measuring cell, the software immediately checks the scattered light intensity. The power of the laser diode can then be easily adapted to the sample; changing of the sample concentration is generally unnecessary.

The ANALYSETTE 12 DynaSizer software nanoQ embodies know-how and innovation like for example the powerful Padé-Laplace algorithm that interprets the measuring data correctly even in the event of multimodal particle size distributions. Of course, even conventional methods such as Cumulant or Contin can also be used.

Another special feature: In the multi-acquisition mode, it is possible to measure entire distributions rather than only the average value and the polydispersity-index (PI), a with the widespread Cumulant algorithm.

Especially for newcomers to dynamic light scattering, the provided simulation module offers excellent possibilities for quickly exploring the potential of the measurement process.

For this purpose artificial measurement data is generated for specified particle sizes in order to examine the possibilities of the different evaluation algorithms.

The effects of signal quality can also be examined, such as the influence of the refraction index of the sample material on the results. For displaying the particle size distribution, it is possible to choose between the distribution of scattered light intensity, volume or number.