Blog Posts to Explore

Blog

May 23, 2016

Cell Lysis: Which Method is Best?

Cell Lysis

Homogenization

Preparing tissues for molecule extraction can be achieved via one of many methods. Learn which cell lysis method will be best for your sample.

Blog

May 20, 2016

How to Achieve Stable Oil-in-Water Emulsions

Emulsions

Homogenization

Emulsions are formed by mixing two immiscible liquids- oil and water- but how can you force them to remain mixed long-term? Read below to find out how!

Blog

May 16, 2016

The Forces Behind High Pressure Homogenization

High Pressure Homogenization

Homogenization

Cavitation

High pressure homogenization is more effective than other homogenization methods due to its multiple forces. Learn about the importance of each by reading here.

Blog

May 13, 2016

High-Pressure vs. Liquid Homogenization: Which to Use?

High Pressure Homogenization

Liquid Homogenization

Liquid and high-pressure homogenization both reduce particle size and lyse cells. Yet which is better for your sample? Read below to learn more.

Blog

May 12, 2016

Tissue Homogenization: 4 Viable Techniques

Cell Lysis

Homogenization

Chemical

Biotechnology

There are a variety of tissue homogenization techniques, yet each works optimally with certain cell types, batch sizes, and materials.

Blog

May 9, 2016

What to Look for When Buying a Homogenizer

Homogenization

Homogenizers offer a variety of applications, some of which are more beneficial than others. So how will you know what to look for? Read below to find out.

Blog

May 5, 2016

The Difference Between Plant & Animal Cell Homogenization

Cell Walls

Homogenization

Biotechnology

Cell Disruption

Plant & animal cells may undergo homogenization to rupture their outer membrane/wall. Read below to learn about how this process differs in each cell type.

Blog

May 2, 2016

How a High Pressure Homogenizer Benefits Pharmaceutical Creams

Pharmaceutical

Emulsions

Homogenization

Pharmaceutical creams with emulsions formed by high pressure homogenization confer significant benefits. Learn more by reading below.

Blog

April 29, 2016

Which Features Does Your Homogenizer Need to Have?

Homogenization

Particle Size Reduction

Shopping for a homogenizer can be an intimidating process, made easier with guidance. Read for features you should look for in any potential machine.

Blog

April 28, 2016

How to Scale the Production of Emulsions

Emulsions

Homogenization

Emulsions produced in the laboratory must be scaled appropriately in order to make it to manufacturing. Learn more about how to scale emulsions here.

Blog

April 27, 2016

How to Achieve Uniform Particle Size Reduction

Particle Size Reduction

Homogenization

Effective particle size reduction- uniformity and consistency- is key to production of a high quality product. Learn how to make it happen by reading below.

Blog

April 26, 2016

What is a Homogenizer and Who Uses It?

Homogenization

Dispersions

Cell Lysis

Chemical

Homogenization is a common and necessary process in a variety of industries. Read below for what the process does and which industries can benefit.

Blog

April 25, 2016

How Do Sanitary Homogenizers Differ From Regular Homogenizers?

Homogenization

Contamination

Safety Tips

Sanitary mixers are unique in that they promote production of sterile products in the food/beverage, pharmaceutical, and biotech industries.

Blog

April 21, 2016

How to Select a Homogenizer for Food Production

Food and Beverage Processing

Homogenization

Particle Size Reduction

Homogenization is a critical part of the food production process. Learn what to look for when selecting a homogenizer by reading below.

Blog

April 20, 2016

How Are Emulsions & Homogenizers Related?

Emulsions

Homogenization

Particle Size Reduction

Learn how homogenizers create emulsions and how better emulsions make better products!

Blog

April 19, 2016

3 Indicators of Effective Chemical Process Equipment

Chemical

Homogenization

Dispersions

Particle Size Reduction

Synthesis of a high quality chemical product calls for effective equipment. Read below to learn about indicators to look for when selecting a model.

Blog

April 18, 2016

How Industrial Homogenizers Maximize Efficiency for Dispersions

Dispersions

Homogenization

Chemical

An ideal dispersion maximizes the efficiency of any product. Keep reading to understand the benefits of industrial homogenizers for its synthesis.

Blog

April 15, 2016

Cell Rupture: Enzymes or High Pressure Homogenization?

Cell Disruption

Cell Lysis

Biotechnology

High Pressure Homogenization

Homogenization

A high quality lysate is dependent on an effective cell rupture method. Below, learn the differences between two common and highly efficient rupture techniques.

Blog

April 14, 2016

4 Reasons Your Lab Needs a High Pressure Homogenizer

Homogenization

Particle Size Reduction

Emulsions

High pressure homogenizers can serve an array of critical functions in most labs. Read below to learn a few of the many reasons your lab needs one.

Blog

April 12, 2016

Colloid Mills vs. Homogenizers: 2 Critical Differences

Homogenization

Particle Size Reduction

Particle size reduction can be achieved using colloid mills or homogenizers. But which machine is a better fit for your specific process?

Blog

April 11, 2016

3 Uses for Homogenizers in the Cosmetic Industry

Cosmetic

Homogenization

Particle Size Reduction

Emulsions

Cosmetic companies face major competition from competitors. Learn how homogenization can improve a product’s quality (and sales) by reading below.

Blog

April 8, 2016

Liquid Homogenization: Why Choose BEE High-Pressure Homogenizers?

Homogenization

Liquid Homogenization

BEE high-pressure homogenizers are ideal machines for liquid-based homogenization. Learn why they are better than traditional options in our blog!

Blog

April 7, 2016

Cell Disruption: Grinding vs. High Pressure Homogenization

Homogenization

Cell Disruption

High Pressure Homogenization

Cell Lysis

Biotechnology

Grinding and high pressure homogenization can be employed for cell disruption. But what is the difference, and when should you use each?

Blog

April 6, 2016

Stable Emulsions: How to Scale with Homogenization

Homogenization

Cavitation

Processing Equipment

While creating stable emulsions in the lab isn't difficult, scaling them to production is. Read some tips on how to enhance the scale-up process.

Pion Blog

Cell Lysis: Which Method is Best?

How to Achieve Stable Oil-in-Water Emulsions

The Forces Behind High Pressure Homogenization

High-Pressure vs. Liquid Homogenization: Which to Use?

Tissue Homogenization: 4 Viable Techniques

What to Look for When Buying a Homogenizer

The Difference Between Plant & Animal Cell Homogenization

How a High Pressure Homogenizer Benefits Pharmaceutical Creams

Which Features Does Your Homogenizer Need to Have?

How to Scale the Production of Emulsions

How to Achieve Uniform Particle Size Reduction

What is a Homogenizer and Who Uses It?

How Do Sanitary Homogenizers Differ From Regular Homogenizers?

How to Select a Homogenizer for Food Production

How Are Emulsions & Homogenizers Related?

3 Indicators of Effective Chemical Process Equipment

How Industrial Homogenizers Maximize Efficiency for Dispersions

Cell Rupture: Enzymes or High Pressure Homogenization?

4 Reasons Your Lab Needs a High Pressure Homogenizer

Colloid Mills vs. Homogenizers: 2 Critical Differences

3 Uses for Homogenizers in the Cosmetic Industry

Liquid Homogenization: Why Choose BEE High-Pressure Homogenizers?

Cell Disruption: Grinding vs. High Pressure Homogenization

Stable Emulsions: How to Scale with Homogenization

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