The HORIBA LA-960V2 laser particle size analyzer is an instrument used to measure the particle size distribution, based on the principle of laser diffraction. Its measurement range covers from 10 nanometers to 5000 micrometers, and it has both dry and wet injection methods, which can effectively avoid the influence of liquid dispersants on the sample.
HORIBA LA-960V2 Laser Particle Size Distribution analyzerInheriting HORIBA's consistent tradition of original design, its intuitive software, unique accessories and efficient performance can solve a wide range of application problems.
The advanced design of the LA-960V2 makes the application of measuring nanoparticles much easier. Verified by NIST traceable standard particles, the LA-960V2 can precisely measure peaks as small as 30nm.
The LA-960V2 can perform the widest range of dynamic measurements in various fields. Its unique optical system is simple and easy to use, and is standardly equipped in every LA-960V2.
Fully automatic laser collimation, fully automatic liquid handling and intuitive software design make a 60-second measurement cycle possible.
The Method expert feature of LA-960V2 can easily create stable and powerful methods for research, new product development and quality control. The Method Expert function is a combination of a series of guides and automatic measurements to help users select the appropriate refractive index, concentration, ultrasonic dispersion conditions, pump speed, and measurement time, etc. Without any training, users can follow method experts to obtain effective and reliable measurement results in a relatively short time.
The number, Angle and layout of detectors will all affect the performance of the entire system. The LA-960V2 employs 87 log-distributed silicon photodiode detectors covering the range of 0.006-165.7° to measure the complete particle size distribution.
The LA-960V2 is a high-precision particle size analyzer capable of measuring NIST-traceable standard particles with an accuracy of ±0.6% and a repeatability of ±0.1%. It fully complies with the ISO13320 recommendations regarding D10, D50, and D90 of the measured materials.
Regardless of differences in production date, operator level and geographical location, the design and manufacture of the LA-960V2 offer you the same experience, achieving an unparalleled connection between instruments.
Computer-controlled automatic laser collimation always ensures accurate measurement. The calibration process can be completed in just a few seconds using HORIBA's innovative method.
HORIBA LA-960V2 Laser Particle size analyzerIt is an instrument used to measure the particle size distribution, based on the principle of laser diffraction. Its measurement range covers from 10 nanometers to 5000 micrometers, and it has both dry and wet injection methods, which can effectively avoid the influence of liquid dispersants on the sample.
The HORIBA LA-960V2 laser particle size distribution analyzer wet circulation system is a simple, rapid and powerful dispersion system. The standard wet system is equipped with: a dispersion medium injection pump, a liquid level sensor, a circulating pump, a coaxial ultrasonic probe and a drain valve. All these accessories can be truly operated with one click through software.
The HORIBA LA-960V2 laser particle size distribution analyzer dry powder injection accessory, combined with unique characteristics, provides highly reproducible dry powder detection. 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 the measurement of small samples, brittle powders, and highly agglomerated materials, among others.
Drug | Functional polymer | Energy |
Pigment | Papermaking | Mineral |
Particle size can affect factors such as the dissolution rate, dosage, bioavailability and immunotoxicity of drugs, and thus is a necessary parameter in the pharmaceutical and biological fields. From simple inhalers to advanced chemotherapy, particle size can affect the therapeutic effect.
The properties of plastics such as PET are determined by the molecular weight (i.e., size) of the polymer. Particle size analysis is also very important for sealants and adhesives that are also polymers
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.
Particle size analysis is used to evaluate new formulations, characterize raw materials and conduct product quality tests. The ink used in inkjet printers needs to have its particle size precisely controlled to ensure that there are no blurriness or spots when printed onto the paper
The papermaking process requires a lot of additives. From calcium carbonate as a pre-filler to various minerals and latexes added to surface coatings to enhance the brightness, gloss and printability of paper, the particle size needs to be controlled.
Ores are used in many industries, including construction, fracturing and grinding. In all cases, the properties of minerals depend on the size and shape of the particles.
High-concentration tank | Small flow dispersion unit | Micro cell | High-concentration and low-viscosity sample cell |
Standard tank | V-shaped groove | Coating tank | Vacuum sampler |
Measurement principle | Mie Scattering andFraunhofer Diffraction |
Measurement range | 10nm-5000μm Accuracy: Better than0.6%; Reproducibility: Superior0.1% |
Measurement method | Ordinary measurement involves the entire process from introducing the dispersion medium, adding samples, measurement to cleaning60 Seconds. |
Sample quantity | Cyclic measurement or microcell measurement ( The micro cell is an optional accessory) |
"Quality" | 56kg |
For more parameters, please contact us | |
Detect ultrafine nanoparticles using red and blue light as light sources
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