Entegris

Entegris

Address
129 Concord Rd
Billerica
MA, 01821
United States
Phone: +1 978 436 6500
Fax: +1 978 436-6735
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Entegris is a leader in specialty chemicals and advanced materials solutions for the microelectronics industry. In 2018, Entegris acquired Particle Sizing Systems, a company focused on particle sizing instrumentation for liquid applications in both semiconductor and life science industries.

With the technology from PSS, Entegris is enabling customers with the ability to perform particle size analysis online and in real time, directly in the fluid stream process. Automating the monitoring process can lead to the application of more effective solutions, like proper filter selection and system maintenance. This ability to intervene with these solutions prevents costly yield excursions. From wet to dry, online to research laboratory - we have engineered a complete family of modular instruments that can be configured to meet the specific demands of an application.

Single Particle Optical Sizing (SPOS)

The Entegris 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.

The “Tail” of a Particle Size Distribution

The “Tail” of a Particle Size Distribution
Exploring Particle Size Analysis of Silicas

Exploring Particle Size Analysis of Silicas
Enhancing Chemical Mechanical Planarization (CMP) Yield Through Multivariable Process Monitoring

Enhancing Chemical Mechanical Planarization (CMP) Yield Through Multivariable Process Monitoring
Driving the Nanotechnology Revolution with Nanoparticles

Driving the Nanotechnology Revolution with Nanoparticles
Using Mean Particle Size and Zeta Potential to Analyze CMP Slurries

Using Mean Particle Size and Zeta Potential to Analyze CMP Slurries
Nanogold Particles and Dynamic Light Scattering

Nanogold Particles and Dynamic Light Scattering
Why Sub 1 nm Sizing is Important?

Why Sub 1 nm Sizing is Important?
Chemical Mechanical Polishing/Planarization (CMP) for Laboratory AccuSizer® Systems

Chemical Mechanical Polishing/Planarization (CMP) for Laboratory AccuSizer® Systems
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 Entegris AccuSizer and Nicomp Particle Size Analyzers

The Autosampler Designed for Enhanced Use Throughput with Entegris 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 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
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 Particle Size Distributions Using Nicomp 380 Light Scattering Techniques

Analyzing Particle Size Distributions Using Nicomp 380 Light Scattering Techniques
Sizing Sub-Micron Particles Using a Dynamic Light Scattering Technique

Sizing Sub-Micron Particles Using a Dynamic Light Scattering Technique
Cannabis Emulsion in the Preparation of Cannabis-Infused Beverages

Cannabis Emulsion in the Preparation of Cannabis-Infused Beverages
Detecting Large Particles Counts in CMP Slurries

Detecting Large Particles Counts in CMP Slurries
Choosing the AccuSizer over Particle Characterization Techniques

Choosing the AccuSizer over Particle Characterization Techniques
Entegris Completes Acquisition of CMC Materials, Solidifying Position as the Global Leader in Electronic Materials

Entegris Completes Acquisition of CMC Materials, Solidifying Position as the Global Leader in Electronic Materials
Entegris, Leaders in Electronic Materials, Acquire CMC Materials

Entegris, Leaders in Electronic Materials, Acquire CMC Materials
Entegris to Acquire CMC Materials to Create a Leader in Electronic Materials

Entegris to Acquire CMC Materials to Create a Leader in Electronic Materials
Entegris Introduces Innovative Solution for Chemical Delivery Systems Critical to Semiconductor Industry

Entegris Introduces Innovative Solution for Chemical Delivery Systems Critical to Semiconductor Industry
Mini DLS System: Online DLS Technology

Mini DLS System: Online DLS Technology
Accusizer 780 APS Dilution System for Oil Emulsions by Entegris

Accusizer 780 APS Dilution System for Oil Emulsions by Entegris
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 Entegris

FX-Nano Technology by Entegris
Nicomp 3000 Nanoparticle Size Analyzer by Entegris

Nicomp 3000 Nanoparticle Size Analyzer by Entegris
Particulate Contamination in Medical Devices and Single Use Systems

Particulate Contamination in Medical Devices and Single Use Systems
Formulation and Droplet Size Analysis of Cannabis Emulsions

Formulation and Droplet Size Analysis of Cannabis Emulsions
Particle Sizing in Additive Manufacturing Powders: SPOS vs. Laser Diffraction Comparison

Particle Sizing in Additive Manufacturing Powders: SPOS vs. Laser Diffraction Comparison
Emulsion Droplet Size Analysis; Lab Testing and Online Monitoring

Emulsion Droplet Size Analysis; Lab Testing and Online Monitoring
Accurately Quantifying Tails of Particle Size Distributions

Accurately Quantifying Tails of Particle Size Distributions
Emulsion Formulation and Stability Testing, Lab to Online Droplet Size Analysis

Emulsion Formulation and Stability Testing, Lab to Online Droplet Size Analysis
Method Development, Verification, and Validation for Particle Size Analysis by DLS and SPOS

Method Development, Verification, and Validation for Particle Size Analysis by DLS and SPOS
Introduction to Particle Size Analysis

Introduction to Particle Size Analysis

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