Laboratory Homogenizers

PRO Scientific manufactures laboratory homogenizers designed for high-shear mechanical homogenization, tissue disruption, cell lysis, emulsification, dispersion, mixing, and particle-size reduction. Our rotor-stator homogenizers support applications ranging from small-volume samples in microtubes to multi-liter processing and automated multi-sample preparation.

What Is a Homogenizer?

A homogenizer is a laboratory or industrial instrument used to break down, disperse, emulsify, mix, or otherwise process materials to create a more uniform sample or mixture. Depending on the application, homogenization may use mechanical shear, high pressure, ultrasound, or other physical forces.

PRO Scientific specializes in mechanical rotor-stator laboratory homogenizers. These systems use a high-speed rotating rotor inside a stationary stator to generate intense shear within the sample, making them well suited for laboratory sample preparation, tissue homogenization, cell disruption, emulsification, dispersion, mixing, and particle-size reduction.

Choose a Laboratory Homogenizer

Featured Laboratory Homogenizers

Explore representative PRO Scientific homogenizers ranging from compact handheld systems for small-volume samples to digital benchtop and automated multi-sample processing systems.

Bio-Gen PRO200 Homogenizer

Compact handheld rotor-stator homogenizer for small-volume laboratory samples, tissue processing, cell disruption, and general sample preparation.

View PRO200 Homogenizer

PRO250 Homogenizer

Powerful handheld or stand-mounted high shear homogenizer for a wide range of laboratory processing applications.

View PRO250 Homogenizer

PRO25D Digital Homogenizer

Digital speed control for precise, repeatable high shear laboratory homogenization and sample processing.

View PRO25D Homogenizer

PRO400DS Benchtop Homogenizer

Digital benchtop high shear homogenization for demanding laboratory processing, larger samples, and controlled stand-mounted operation.

View PRO400DS Homogenizer

Multi-Prep Rapid Homogenizer

Automated multi-sample homogenization for laboratories requiring increased throughput, repeatable processing, and reduced hands-on sample preparation.

View Multi-Prep Homogenizer

How Does a Homogenizer Work?

PRO Scientific laboratory homogenizers use rotor-stator technology to generate high mechanical shear. A high-speed rotor turns within a stationary stator, drawing sample material into the generator probe and repeatedly exposing it to intense shear forces.

This mechanical action helps break down sample material and create more uniform mixtures, dispersions, emulsions, or suspensions. Rotor-stator homogenization can support tissue homogenization, cell disruption, mixing, emulsification, dispersion, and particle-size reduction.

Learn more about the technology behind our rotor-stator homogenizers .

Types of Homogenizers

Homogenizers are available in several designs, and the best technology depends on the sample, processing volume, desired particle size, and application.

Rotor-Stator Homogenizers

Rotor-stator homogenizers use high-speed mechanical shear to process samples. They are widely used for tissue homogenization, cell disruption, emulsification, dispersion, mixing, and sample preparation. PRO Scientific specializes in this type of homogenization technology.

High-Pressure Homogenizers

High-pressure homogenizers force liquid through a narrow valve or opening at high pressure. They are commonly used in applications requiring very fine particle or droplet size reduction.

Ultrasonic Homogenizers

Ultrasonic homogenizers use high-frequency sound energy to disrupt and process samples. They are often used for cell disruption and small-volume sample preparation.

Laboratory and Industrial Homogenizers

Laboratory homogenizers are designed for research, development, quality control, and sample preparation, while industrial homogenizers are generally intended for larger-scale production. PRO Scientific focuses on laboratory-scale rotor-stator homogenization systems.

Laboratory Homogenizer Applications

PRO Scientific laboratory homogenizers are used across life science, pharmaceutical, biotechnology, food, cosmetic, environmental, and industrial laboratories.

• Tissue homogenization
• Cell disruption and lysis
• Sample preparation for laboratory analysis
• Emulsification
• Dispersion and suspension preparation
• Mixing and blending
• Particle-size reduction
• Research and development
• Quality control and laboratory testing

How to Choose a Laboratory Homogenizer

The best laboratory homogenizer depends on your sample type, processing volume, viscosity, container size, desired particle size, and throughput requirements. Generator probe selection is also important because probe diameter and design determine the appropriate processing range and application.

Visit our Laboratory Homogenizer Selection Guide to compare homogenizer systems, generator probes, processing volumes, and applications.

Laboratory Homogenizer FAQs

What is a laboratory homogenizer?

A laboratory homogenizer is an instrument used to mechanically process samples to create more uniform mixtures, dispersions, emulsions, or suspensions. PRO Scientific rotor-stator laboratory homogenizers use high-speed mechanical shear for efficient sample processing.

What is a rotor-stator laboratory homogenizer?

A rotor-stator laboratory homogenizer uses a high-speed rotating rotor within a stationary stator to generate mechanical shear. This action can homogenize, disperse, emulsify, lyse, mix, and reduce particle size.

What can a laboratory homogenizer be used for?

Laboratory homogenizers are commonly used for tissue homogenization, cell disruption, sample preparation, emulsification, dispersion, suspension preparation, mixing, and particle-size reduction.

What is the difference between a mixer and a homogenizer?

A mixer primarily combines materials, while a homogenizer is designed to apply stronger mechanical forces that can break down particles, disrupt samples, create emulsions, and produce more uniform mixtures. Rotor-stator homogenizers can perform both mixing and high-shear homogenization depending on the sample and processing conditions.

How do I choose the correct generator probe?

Generator probe selection depends on sample volume, sample type, viscosity, particle size, container dimensions, and the desired processing result. View our Generator Probe Selection options to compare available sizes and processing ranges.

Need Help Selecting a Laboratory Homogenizer?

PRO Scientific can help match the correct homogenizer, generator probe, and accessories to your sample type, processing volume, and application.