LUMiSizer stability acceleration test and particle size analyzer are the world's instruments that can physically accelerate, directly and effectively test sample stability. The LUMiSizer instrument has an optical system for multi sample analysis with speed adjustment, light intensity, and temperature.
LUMiSizer stability acceleration testing and particle size analyzerimage:
LUMiSizer stability acceleration testing and particle size analyzerTechnical Specifications:
Gravity acceleration of 6 to 2300 times gravity
Particle size distribution from 20 nm to 100 µ m
Monitor 2048 CCD
Compliant with ISO/TR 13097 standard; ISO 13318-2; CFR 21 Part 11
The number of samples can be measured simultaneously for 12 samples
Sample tube capacity from 0.05 ml to 2.0 ml
Sample applicable concentration 0.00015% -90%
The sample is suitable for densities up to 22 g/cm ³
Sample applicable viscosity 0.8-108 mPas
Particle size measurement from 10 nm to 1000 µ m
The light source is configured with 365nm and 870nm according to the product specifications
Temperature control from 4 ° C to 60 ° C
Sample tube specialized sample tube 2mm&10mm
Size (WxHxD) 37 x 27 x 60 cm
Weight 40 kg
Power supply 230 V, 50/60Hz
LUMiSizer uses global professional STEP Technologog to instantly measure the extinction spectrum and perform particle size analysis after light passes through the entire sample. It is an instrument in the world that can physically accelerate and directly and effectively test sample stability. The LUMiSizer instrument has an optical system for multi sample analysis with speed adjustment, light intensity, and temperature. The spotlight device is composed of high-performance, special light sources with different wavelengths. During the measurement process, even the smallest changes in the sample, whether in simple or complex systems, can be recorded by high-resolution optical sensors. More importantly, there is no need to dilute or know the exact composition of the sample, just add your sample for comparison. By observing the change spectrum of the entire sample, you can understand the unstable factors of the sample (such as stratification, sedimentation, or flocculation), classify and comprehend them, and determine the stability ranking.