Laser Particle Sizer
ANALYSETTE 22
NeXT Nano| Measuring range | 0.01 - 3800 µm | 
| Analysis method | Static light scattering (laser diffraction) | 
| Type of analysis | Wet measurement of the particle size of solids, suspensions and emulsions | 
| Measurement value | Particle size | 
| Theory | Fraunhofer, Mie | 
| Standard | ISO 13320 | 
| Optical design | Reverse Fourier design | 
| Laser | Green (λ = 520 nm) | 
| Laser beam alignment | Automatic | 
| Laser class according to IEC 60825-1 | Class 1 | 
| Detector | Specially designed semi-conductor detector | 
| Large angle detectors | Yes | 
| Backward scattering channels | Yes | 
| Typical measuring time | 5 – 10 s (measurement value recording of an individual measurement)1 min (entire measurement cycle) | 
| Evaluation | Particle size distribution as a total curve, bar chart or in table form | 
| Electrical details | 100-240 V/1~, 50-60 Hz, 120 Watt | 
| Net weight | 21.8 kg | 
| Dimensions (w x d x h) | 67 x 35 x 32 cm | 
| Software | MaS control / NextControl software for controlling, recording and evaluating the measuring results pre-installed on supplied computer, incl. monitor, keyboard and mouse(without computer hardware for deliveries to CIS countries) | 
| System requirements (for computers supplied by customer) | Standard Windows PC, 4 GB RAM, at least Windows 10, USB port, monitor, keyboard, mouse | 
| Type of wet dispersion | Closed liquid circulation system | 
| Suspension volume | 150 – 500 ml, variable | 
| Radial pump | With adjustable speed 3.5 l/min | 
| Materials used in the sample circulation system | High-quality stainless steel 316L, PTFE, FFKM , FEP, BK7 glass, FKM , hoses made of silicone | 
| Conversion kit Extended for extreme chemical resistance (optional) | Seals made of FFKM, flow plate made of PTFE, hoses with inner liner made of FEP | 
| Sample material characteristics | Suspensions, emulsions and solids that do not agglomerate, are not soluble in the dispersion liquids or are poorly free-flowing or are sticky | 
| Sample quantity | Some 10 mg (μm range) to a few grams (mm range) depending on the sample material and particle size | 
| Net weight | 16 kg | 
| Dimensions (w x d x h) | 24.6 x 24.6 x 30 cm | 
| Output | Adjustable up to 50 Watt | 
| Materials used in the sample circulation system | High-quality stainless steel 316L, FFKM, hoses made of silicone | 
| Sample material characteristics | Suspensions, emulsions and solids that agglomerate | 
| Net weight | 6.2 kg | 
| Dimensions (w x d x h) | 28.7 x 9 x 27.9 cm | 
| Type of dry dispersion | Measurement of powdery samples in an accelerated airflow, degradation of agglomerates with compressed air | 
| Sample material characteristics | Not too fine, free-flowing materials, which react in water or other liquids | 
| Sample volume | 1 – 300 cm3 | 
| Sample feeding | high-frequency feeder | 
| Dispersion | Venturi nozzle | 
| Required compressed air supply | min. 5 bar, 125 l/min, oil-free, water-free, particle-free | 
| Sample exhaust | external exhaust system required | 
| Net weight | 18.1 kg | 
| Dimensions (W x D x H) | 22 x 39 x 38 cm |