+Speed or shear rate control. +Programming and recording method. +1 point, multistep and ramp methods. +Direct curve on display. +Direct analysis with regression. +Direct report editing. +Direct measure with time to stop. +Data recording and USB transfer. +Integrated temperature probe. +Printer connection. +Display of viscosity limits according to mobile and speed. +LIMS function. +QC limits function.

+ Integrated PT 100 temperature probe. + Programming and saving of methods. + 1 point and multistep methods. + Memorization and data transfer. + Wide torque and speed range. + Display viscosity limits according spindle/speed. + Large selection of measuring systems. + Data analysis by regression. + Compatible printer and RheoTex software. + Functions LIMS and QC limits.

Microflow α has been developed for bio-aerosol (eg.: fungal spores, bacterial cells, etc.) sampling. This type of sampling allows to verify and measure the presence of microorganism potentially harmful, in order to perform an exposure assessment, and identify the source of pollution to adopt a containment plan. Sampling principle: The sample is drawn through a pierced sampling head at constant speed for a variable time, depending on the nature of the environment to be monitored. The flow air is conveyed on the surface of a plate containing the culture media suitable for the microbiological research desired. Once the sampling is finished, the plate is removed and put under incubation. At the end of incubation time it will be possible to count the developed colonies for cm² and to evaluate the contamination level.