Particle Sizing Systems, An Entegris Company

Particle Sizing Systems, An Entegris Company

Address
8203 Kristel Circle
Port Richey
Florida, 34668
United States
Phone: +1 (727) 846 0866
Fax: +1 (727) 846 0865
Email: [email protected]​pssnicomp.​com
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Since our inception in 1978 we have been providing leading edge instrumentation for the field of particle size analysis. We are an applications driven company that provides solutions to our customer's most complex particle sizing and zeta potential monitoring problems. From wet to dry, online to research laboratory we have engineered a complete family of modular designed instruments that can be configured to meet the specific demands of an application.

Single Particle Optical Sizing (SPOS)

The PSS AccuSizer operates using the principle of single particle optical sizing (SPOS). This technique generates high accuracy, high resolution particle size distribution results as well as concentration data in particles/mL. The AccuSizer platform includes multiple configurations designed to meet a wide array of applications including laboratory and online systems. Multiple sensor options cover a wide range of particle size and concentration limits. Advanced fluidics modules can handle low concentration samples requiring no dilution to highly concentrated inks and CMP slurries using our patented two stage exponential dilution system.

Dynamic Light Scattering

The Nicomp dynamic light scattering (DLS) system measures particle size below 1 nm and zeta potential to study particle charge. The unique Nicomp algorithm provides the highest resolution results for samples containing more than one peak. Other unique capabilities include auto-dilution and auto-samplers to facilitate high sample throughput.

CMP Slurry Filter Testing

CMP Slurry Filter Testing
Aramus Single Use Bag Particle Testing and the Importance of SUT Testing

Aramus Single Use Bag Particle Testing and the Importance of SUT Testing
Analyzing Active Pharmaceutical Ingredients with AccuSizer

Analyzing Active Pharmaceutical Ingredients with AccuSizer
Calculating Molecular Weight with the Nicomp

Calculating Molecular Weight with the Nicomp
Using the Nicomp for Automatic Dilution in Sample Preparation

Using the Nicomp for Automatic Dilution in Sample Preparation
Reducing Size with a Microfluidizer

Reducing Size with a Microfluidizer
A Comparison between SPOS and Laser Diffraction

A Comparison between SPOS and Laser Diffraction
Assessing Therapeutic Protein Injections

Assessing Therapeutic Protein Injections
The Autosampler Designed for Enhanced Use Throughput with PSS AccuSizer and Nicomp Particle Size Analyzers

The Autosampler Designed for Enhanced Use Throughput with PSS AccuSizer and Nicomp Particle Size Analyzers
What is the Effect of Sample Size on Particle Size Distribution Measurements?

What is the Effect of Sample Size on Particle Size Distribution Measurements?
Testing Solid Particle Filter Efficiency with Liquid Particle Counting

Testing Solid Particle Filter Efficiency with Liquid Particle Counting
Effect of Sub-Visible Silicone Oil Droplets on Liquid Particle Counts

Effect of Sub-Visible Silicone Oil Droplets on Liquid Particle Counts
Preparing Microbubble Contrast Agents for Ultrasound Image Enhancement

Preparing Microbubble Contrast Agents for Ultrasound Image Enhancement
Measuring the Size Distribution of Lipid Globules in Injectable Emulsions

Measuring the Size Distribution of Lipid Globules in Injectable Emulsions
Measuring the Mean Droplet Size of Soft Drink Emulsions

Measuring the Mean Droplet Size of Soft Drink Emulsions
Determining the Isoelectric Point (IEP) In Engineered Particles

Determining the Isoelectric Point (IEP) In Engineered Particles
Detecting Large Particles in Chemical Mechanical Polishing (CMP)

Detecting Large Particles in Chemical Mechanical Polishing (CMP)
Analyzing Inkjet Ink Particle Size and Dispersion to Avoid Sedimentation and Instability

Analyzing Inkjet Ink Particle Size and Dispersion to Avoid Sedimentation and Instability
Quantifying Sub-visible Particles in Parenteral Drugs

Quantifying Sub-visible Particles in Parenteral Drugs
Pharmaceutical Applications for Particle Size Counting Technology

Pharmaceutical Applications for Particle Size Counting Technology
Comparison of SOPS versus Fraunhofer for the Particle Size Analysis of CMP Slurries

Comparison of SOPS versus Fraunhofer for the Particle Size Analysis of CMP Slurries
Using Single Particle Optical Sizing to Quantify CMP Slurry Health

Using Single Particle Optical Sizing to Quantify CMP Slurry Health
Analyzing Kaolin Clays with the AccuSizer 780 Light Scattering Equipment

Analyzing Kaolin Clays with the AccuSizer 780 Light Scattering Equipment
Analyzing Particle Size Distributions Using Nicomp 380 Light Scattering Techniques

Analyzing Particle Size Distributions Using Nicomp 380 Light Scattering Techniques
Applying Electrophoretic Techniques to Measure the Zeta Potential of Red and White Blood Cells

Applying Electrophoretic Techniques to Measure the Zeta Potential of Red and White Blood Cells
The AccuSizer 780 for Counting and Sizing Red and White Blood Cells

The AccuSizer 780 for Counting and Sizing Red and White Blood Cells
Sizing Sub-Micron Particles Using a Dynamic Light Scattering Technique

Sizing Sub-Micron Particles Using a Dynamic Light Scattering Technique
Using Simultaneous Combined Technique of DLS and SPOS to Study Submicron Dispersions

Using Simultaneous Combined Technique of DLS and SPOS to Study Submicron Dispersions
Accusizer 780 APS Dilution System for Oil Emulsions by Particle Sizing Systems

Accusizer 780 APS Dilution System for Oil Emulsions by Particle Sizing Systems
Particle Sizing Systems, An Entegris Company Introduce the AccuSizer 780 Online Analyzer

Particle Sizing Systems, An Entegris Company Introduce the AccuSizer 780 Online Analyzer
Particle Size Analysis Using Accusizer 780 SIS

Particle Size Analysis Using Accusizer 780 SIS
AccuSizer 780 AD for Single Particle Optical Sizing

AccuSizer 780 AD for Single Particle Optical Sizing
FX-Nano Technology by Particle Sizing Systems, An Entegris Company

FX-Nano Technology by Particle Sizing Systems, An Entegris Company

Nicomp 3000 Nanoparticle Size Analyzer by Particle Sizing Systems, An Entegris Company

Nicomp 3000 Nanoparticle Size Analyzer by Particle Sizing Systems, An Entegris Company

The Added Value of SEM-Technology for Industrial Applications

In this interview, AZoM speaks to Alexander Bouman, Product Manager for Thermo Fisher Scientific, about SEM technology and the advantages of chemical classification using EDX analysis, and the capabilities and applications of the Phenom ParticleX.

The Added Value of SEM-Technology for Industrial Applications

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