Nano Particle Analyzer LZ-NPA-A100

Name: Nano Particle Analyzer LZ-NPA-A100
Brand: Labozon
SKU: LZ-NPA-A100
Availability: InStock
Rating: 5.0 (898 reviews)

Nano Particle Analyzer LZ-NPA-A100 is a dynamic‑light‑scattering (DLS) or photon‑correlation nanoparticle size analyzer that enables rapid, computer‑controlled measurement of particle size and size distribution in the nanometer to sub‑micron range. It’s designed for laboratories, research institutions, quality‑control settings and academic use, capable of handling colloids, suspensions, emulsions, powders (after suitable dispersion), polymers, proteins, pigments and more. The instrument uses a semiconductor laser light source, a high‑sensitivity photomultiplier (PMT) detector, and a digital correlator to compute particle size from scattered‑light fluctuations based on Brownian motion — making it suitable for modern nanoparticle characterization.

Nano Particle Analyzer LZ-NPA-A100 - Specifications

Measurement (particle size) range

1 nm – 10000 nm

Sample concentration

0.1 mg/mL – 100 mg/mL

Light source

Semiconductor laser, λ = 532 nm

Detector

Imported Hamamatsu photomultiplier (PMT)

Scattering angle

90°

Sample volume / cuvette

4ml

Temperature range

5–40 °C

Software

Win XP/Win7

Working principle

Dynamic light scattering and Brownian motion

Sample type

Suspension, emulsion and powders

Digital correlator

256 channels

Accuracy

<1%

Dimension

480 x 270 x 170 mm

Packing Dimension

1300 x 550 x 470 mm

Gross Weight

49 kg

Nano Particle Analyzer LZ-NPA-A100 - Key Features

True dls / photon‑correlation spectroscopy (pcs) principle

Digital correlator with high time resolution

High‑sensitivity detector

Wide measurement range

Flexible sample concentration range

Temperature control for consistent measurements

Automatic analysis & distribution output

Compact & lab‑friendly design

Nano Particle Analyzer LZ-NPA-A100 - Applications

Ideal for measuring particle size and distribution in nanoparticles, colloids, emulsions, polymers, and pigments. It is widely used in nanomaterials research, pharmaceutical and biotech formulations, coatings, cosmetics, and quality-control labs. Its fast, precise analysis supports stability studies, aggregation monitoring, and routine R&D.