The best particle diameter distribution measurement device to perform the characteristics evaluation of nanoparticles and fine particles with one click litesizer
Anton Paar GmbH

About This Product

The Litesizer series is ideal for performing one click on the characteristic evaluation of nanoparticles and fine particles. The particles in the dispersion, peptides and polymer in solutions can be measured in a wide range of concentrations, reducing the time required for sample preparation. Litesizer 500 can measure particle diameter at three measurement angles. In addition, it is equipped with a patented CMPALS technology, and the zeta potential measurement at low voltage is achieved with high reproducibility and accuracy.

■ Main functions
・ Litesizer selects the optimal measurement angle for each sample and guarantees high data quality.
・ Measures the minimum concentration of 0.1 mg/ml
・ Always measure the transmittance for sample confirmation
・ All -in -one device -refractive index measurement
・ Clearly grasp the outline of measurement with Kalliope software

Model
There are 2 models for this product.

Product
The best particle diameter distribution measurement device to perform the characteristics evaluation of nanoparticles and fine particles with one click litesizer

Handling Company
Anton Paar GmbH

*Please note that we may not be able to accommodate sample requests.

2 Models of The best particle diameter distribution measurement device to perform the characteristics evaluation of nanoparticles and fine particles with one click litesizer

Items marked with have different values depending on the model number.

Click on the part number for more information about each product

Product Image	Part Number	Price (excluding tax)	Maximum concentration of zeta potential sample	Maximum conductive rate of Zeta Priad Sample	Maximum particle diameter concentration	Minimal concentration of molecular weight sample	Minimal concentration of zeta potential sample	Molecular weight accuracy	Molecular weight measurement angle	Molecular weight measurement principle	Molecular weight measurement range (mass)	Molecular weight measurement range (particle diameter)	Particle diameter measurement angle	Particle diameter measurement principle	Particle diameter measurement range	Particle diameter minimum concentration	Particle diameter minimum sample amount	Particle size accuracy	Permeability certainty	Repeat molecular weight	Repeated particle diameter accuracy	The minimum amount of transmem on the permeability	Transparent permeability measurement range	Zeta Captricity Measurement Principles	Zeta Code of Zeta	Zeta Power Stage Repeat accuracy	Zeta Power of Swimming Movement	Zeta Power of particle diameter range	Zeta potential measurement range	Zeta potential minimum sample amount
	155761	Available upon quote	70 %W/V (dependent on samples)	200	50 %W/V (dependent on samples)	0.1 mg/ml (liza team)	0.1 mg/ml (liza team)	+/- 10 %	90	Static light scattering method (SLS)	980 DA ~ 20 MDA	Diameter 40 nm or less	15 °, 90 °, 175 °	Dynamic light scattering method (DLS)	0.3 NM ~ 10 µm (diameter)	0.1 mg/ml (liza team)	12	+/- less than 2 %(NIST standard substances)	+/- less than 1 %	+/- 5 %	+/- less than 2 %(NIST standard substances)	15	0 to 100 %	Electric swimming light scattering method (ELS) / CMPALS	+/- less than 10 %	+/- 3 %AD2	10-11 ~ 2 × 10-7 m²/v · S	3.8 nm ~ 100 µm (diameter)	> = +/- 1,000 MV	50 µL (dependent on sample viscosity)
	173050	Available upon quote	-	-	50 %W/V (dependent on samples)	-	-	-	-	-	-	-	175	Dynamic light scattering method (DLS)	0.3 NM ~ 10 µm (diameter)	0.1 mg/ml (liza team)	12	+/- less than 2 %(NIST standard substances)	+/- less than 1 %	-	+/- less than 2 %(NIST standard substances)	15	0 to 100 %	-	-	-	-	-	-	-