HORIBA laser particle size distribution analyzer

HORIBA LA-960V2 Laser Particle Size Distribution Analyzer

HORIBA laser particle size distribution analyzerIntroduction:

HORIBALA-960V2 laser particle size distribution analyzer adheres to HORIBA's consistent design tradition. Its intuitive software, high-quality accessories, and efficient performance can solve a wide range of application problems.

HORIBA laser particle size distribution analyzerCharacteristics:

High level nanoparticle measurement

The excellent design of LA-960V2 makes the application of measuring nanoparticles easier. After NIST traceable standard particle verification, LA-960V2 can accurately measure the minimum peak of 30nm.

Measurement range: 10nm-5000 μ m

LA-960V2 can perform the widest range of dynamic measurements in various fields. Its optical system is simple and easy to use, and is standard in every LA-960V2.

Measurement cycle of 60 seconds in wet mode

Fully automatic laser collimation, fully automatic liquid processing, and intuitive software design make a measurement cycle of 60 seconds possible.

Method expert

The method expert function of LA-960V2 can easily create stable and powerful methods for researching, developing new products, and implementing quality control. The method expert function is a combination of guides and automatic measurements to assist users in selecting appropriate refractive index, concentration, ultrasonic dispersion conditions, pump speed, and measurement time. Without any training, users can follow method experts to obtain effective and reliable measurement results in a short period of time.

Optical Design of HORIBALA-960V2 Nanoparticle Analyzer!

Detector Design

The number, angle, and layout of detectors all affect the performance of the entire system. LA-960V2 uses 87 logarithmic distributed silicon photodiode detectors covering the range of 0.006-165.7 ° to measure the complete particle size distribution.

Accuracy and precision assurance

LA-960V2 is a high-precision particle size analyzer that can measure NIST traceable standard particles with an accuracy of ± 0.6% and a repeatability of ± 0.1%. It complies with the ISO 13320 recommendations for D10, D50, and D90 of the measured materials.

Instrument relevance

Regardless of differences in production dates, operator proficiency, and geographical location, the design and production of LA-960V2 provide you with the same experience, achieving high-quality instrument connectivity.

Complete automatic laser alignment in seconds

The computer-controlled automatic laser collimation always maintains accurate measurement. The calibration process can be completed in just a few seconds using HORIBA's innovative method.

HORIBALA-960V2 laser particle size distribution analyzer measurement principle:

HORIBALA-960V2 laser particle size analyzer is an instrument used to measure particle size distribution, based on the principle of laser diffraction. Its measurement range covers from 10 nanometers to 5000 micrometers, and it has two injection methods: dry and wet, which can effectively avoid the influence of liquid dispersants on the sample.

Wet testing

The HORIBALA-960V2 laser particle size distribution analyzer wet circulation system is a simple, fast, and powerful dispersion system. The standard wet process system is equipped with dispersed medium injection pump, liquid level sensor, circulation pump, coaxial ultrasonic probe, and drainage valve, all of which can be truly operated with one click through software.

Dry testing

HORIBALA-960V2 laser particle size distribution analyzer provides high reproducibility dry powder detection with its dry powder spraying accessories combined with its characteristics. The automatic detection function can control the vacuum cleaner, air pressure, powder flow rate, start/end conditions, measurement time, and data processing. This design can be applied to various fields, including measuring small amounts of samples, brittle powders, and highly agglomerated materials.

HORIBALA-960V2 laser particle size distribution analyzer is mainly used for:

medicine

Particle size can affect factors such as drug dissolution rate, dosage, bioavailability, and immunotoxicity, making it a necessary parameter in the pharmaceutical and biological fields. From simple inhalers to chemotherapy, particle size can affect the efficacy.

Functional polymer

The performance of plastics such as PET is determined by the molecular weight (i.e. size) of the polymer. Particle size analysis is also important for sealants and adhesives that are also polymers

Energy

The particle size simultaneously affects the capacity and coulombic efficiency of battery electrode materials. The electrical behavior of materials, such as lithium electrodes, is predicted through particle size analysis.

Pigment

Particle size analysis is used to evaluate new formulations, characterize raw materials, and conduct product quality testing. The ink used in inkjet printers requires precise control of particle size to ensure that there are no blurs or spots printed on paper

Paper making

The process of papermaking requires a lot of additives. From calcium carbonate as a pre filler to various minerals and latex added to surface coatings to improve paper brightness, glossiness, and printability, particle size control is necessary.

Mineral

Ore is used in many industries, including construction, fracturing, and grinding. In all cases, the performance of minerals depends on the size and shape of particles.

Attachment options:

sample pool

Available injection slots

Product Parameters:

Measurement case:

Detecting ultrafine nanoparticles using red and blue light sources