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Selecting the correct lab homogenizer is crucial for achieving reproducible and accurate results in various scientific applications. The right device ensures efficient sample processing, saving valuable time and resources in research and quality control settings. This guide will help you navigate the key features to consider when making your purchase.
1. High speed disperser called high speed homogenizer suction of homogenized structure, with high speed. For efficient homogenate between two immiscible liquid and trace organic compounds in water and emulsified fat soluble substances, extraction of...
2. The tissues of all kinds of animals and plants can reach the purpose of homogenization and mixing.
3. This homogenizer can make the cell membrane rupture to nuclear separation, and can be used at different speeds to break the DNA chain, or make large molecules to break into small molecules
4. Low speed can be used as a blender. Speed digital display, intuitive reading.
5. [Pulse mode] This high speed homogenizer can work continuously no more than 5 minutes at a time. It is generally recommended to play 1-2 minutes to pause for 1-2 minutes, which can be repeated many times.
High-Speed Homogenization Performance：Designed for laboratory liquid processing with adjustable speed from 2000 to 20000 rpm. Suitable for emulsification, dispersion, and homogenization of low to medium viscosity samples
Clear Application Range (Avoid Misuse)： Works best with liquid or semi-liquid samples (≤5000 mPa·s, similar to honey or thinner). ❗ Not suitable for thick paste, gel, resin, or high-viscosity materials
Auto Protection is Normal Behavior： Built-in motor protection system automatically stops the machine when: 1-viscosity is too high 2-load is excessive 3-speed increases too quickly 👉 This is normal protective behavior, not a defect
Proper Operation Required： For best results: 1- Start at low speed and increase gradually 2- Ensure sample viscosity is within range 3- Avoid continuous high-load operation 👉 Proper use ensures stable performance and longer motor life
Note: The front panel is updated to light green, all other parts is not updated and the function is completely the same. We will update the picture soon. Thanks for your understanding.
High-Speed Homogenization Performance：Designed for laboratory liquid processing with adjustable speed from 2000 to 20000 rpm. Suitable for emulsification, dispersion, and homogenization of low to medium viscosity samples.
Clear Application Range (Avoid Misuse)： Works best with liquid or semi-liquid samples (≤5000 mPa·s, similar to honey or thinner). ❗ Not suitable for thick paste, gel, resin, or high-viscosity materials
Auto Protection is Normal Behavior： Built-in motor protection system automatically stops the machine when:viscosity is too high / load is excessive / speed increases too quickly 👉 This is normal protective behavior, not a defect
Note: The front panel is updated to light green, all other parts is not updated and the function is completely the same. We will update the picture soon. Thanks for your understanding.
Proper Operation Required For best results: Start at low speed and increase gradually Ensure sample viscosity is within range Avoid continuous high-load operation 👉 Proper use ensures stable performance and longer motor life
High-Efficiency Performance: Equipped with a powerful 500W motor, this high speed dispersing homogenizer provides a wide speed range of 200-11000 RPM and a large processing capacity of 500-4000 ml, saving you time on various tasks
Durable and Reliable: Our homogenizer features a premium stainless steel mixing head, ensuring long-term and stable performance. It is ideal for processing acidic and alkaline materials. Low noise operation ensures a quieter workspace
Adjustable Height Clamp: Easily adjust the high shear homogenizer's clamp height to fit different container sizes. The stable design keeps containers secure during operation, reducing the risk of spills or accidents, and ensuring consistent results
Clear Digital Display: The lab homogenizer features a real-time digital speed display with a stepless knob for precise control. Simple one-button start makes it easy to operate, even for beginners, enhancing homogenization efficiency
Versatile Applications: Designed for multiple industries, including food, pharmaceuticals, cosmetics, chemicals, biotechnology, environmental science, and healthcare, the high shear mixer is ideal for emulsification, dissolution, dispersion, and more
Ideal choice: Composed of a 12-24V/DC adjustable switching power supply and an ultrasonic vibration system. Ideal for particle dispersion, homogenization, emulsification, and accelerated chemical reactions
Durable probe: Made of titanium alloy probe, with high strength, high ultrasonic speed, corrosion resistance, heat resistance, and long service life. 3mm probes can be used for trace sample processing, such as EP tubes, micro centrifuge tube containers...
Technology: The circuit of this product adopts chip mounting technology, which has the characteristics of automatic frequency tracking, automatic amplitude control, load stability, high electro-acoustic conversion efficiency, and over temperature...
Accessories: Comes with a bracket for easy homogenization and a box for easy carrying anywhere.
You will get two stainless steel working heads(18G and 36G) and a 110V to 220V step-up transformer come with the 220V high shear emulsifier disperser.
The high speed homogenizer has premium quality, high performance, easy to operate, and its maximum speed can reach 18000rpm.
Adopt stepless mode for convenient speed adjusting, and digital display makes running speed on screen intuitive.
The emulsifying machine has stable running state, wide experimental application area, microprocessor controls the running speed ensuring reliable constant speed.
It is ideal for homogenizing, dispersing, emulsifying, and mixing samples in fields such as laboratory, biology, physics, cosmetics and food industry, etc.
High-Efficiency Performance: Equipped with a powerful 900W motor, this high speed dispersing homogenizer provides a wide speed range of 2000-28000 RPM and a large processing capacity of 100-7000 ml, saving you time on various tasks
Durable and Reliable: Our homogenizer features a premium stainless steel mixing head, ensuring long-term and stable performance. It is ideal for processing acidic and alkaline materials. Low noise operation ensures a quieter workspace
Adjustable Height Clamp: Easily adjust the high shear homogenizer's clamp height to fit different container sizes. The stable design keeps containers secure during operation, reducing the risk of spills or accidents, and ensuring consistent results
Clear Digital Display: The lab homogenizer features a real-time digital speed display with a stepless knob for precise control. Simple one-button start makes it easy to operate, even for beginners, enhancing homogenization efficiency
Versatile Applications: Designed for multiple industries, including food, pharmaceuticals, cosmetics, chemicals, biotechnology, environmental science, and healthcare, the high shear mixer is ideal for emulsification, dissolution, dispersion, and more
Standard Quality Working Head: The high speed homogeneous emulsifier comes with a quality working head, made of high quality stainless steel, with 2000-13000 rpm rotation and large working capacity of 500ml-20,000ml, highly efficiency and low noise, with...
Clear Digital Display: The emulsifier emulsifying machine is designed with a digital display for recording real-time data in the work, intuitive and clear. And can adjust the speed by the speed control button
Easy to Operate: Turn on the switch first, and press the middle button once and adjust the speed to use. With powerful motor and high-speed rotation of working head, greatly shorten the processing time and improve the productivity
Sturdy Base: The digital high shear mixer dispersion emulsifying machine is equipped with a thickened sturdy base, no move during working, high security
Widely Application: This digital dispersion emulsion homogenizer can be used for homogenizing and emulsifying textile additives, suspensions, fruit juices, oil-water emulsification, coal slurry, cosmetics, asphalt, pigments, flavors and other liquids...
Notice: Do not run the lab emulsifiers empty! Please put the working head in liquid when you turn on the machine, otherwise, the motor will burn
[Features]: This homogenizer adopts internal suction homogenate structure (internal cutting tool) with high speed. It can be used to homogenize, emulsify and extract trace organic compounds, lipid solutes and soluble organic solvents in water between two...
[Two Working heads]: This high speed homogenizer comes with 2 extended working heads, one is of 13mm diameter and another is of 18mm diameter.
[Application]: All kinds of animal and plant tissues can be homogenized and mixed. It can break cell membranes to separate and break DNA strands into small molecules at different speeds.
[Instrument maintenance]: The PTFE part inside the working head is a kindl of consumables, it will need to be replaced after a long-term use. Note: After each work, remove the working head, rinse with clean water and dry.
[Warranty]: Our products have one year warranty and lifelong technical support. If you have any question, please just contact us!
High-Speed: Powered by a 160 W motor, the lab emulsifier delivers rotor speeds ranging from 8000 to 30000 rpm, providing the necessary power for efficient sample processing. With 10 adjustable speeds, it can handle samples with up to 5000 mPas viscosity
Versatile Sample Processing: Our small homogenizer is versatile, handling sample sizes from 1ml to 250 ml. Whether you're working with minute samples or larger quantities, our homogenizer ensures precise and consistent results
Easy to Use: Lightweight at just 700 g, our homogenizer boasts a one-button start for effortless activation and can be operated with one hand. Its adjustable stand also makes it simple to adjust the height, catering to your needs of various liquid volumes
One Sturdy Probe: This handheld homogenizer comes with a probe (Diameter: 10 mm) made of high-quality 316L stainless steel. Their user-friendly interchangeability makes cleaning a breeze
Wide Applications: The high-shear mixing capability of our homogenizer offers efficiency and precision for the mixing, emulsification, and homogenization processes of various substances
Last update on 2026-07-19 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Homogenizers
Understanding Homogenizer Types
Lab homogenizers come in several forms, each suited for different applications and sample volumes. Rotor-stator homogenizers are common for liquid samples, using a high-speed rotating rotor within a stationary stator to shear and emulsify. Bead mills are effective for grinding and disrupting tough biological tissues or cells by agitating the sample with small beads. Ultrasonic homogenizers use high-frequency sound waves to create cavitation, breaking down samples. Overhead stirrers with various impeller types can also perform homogenization, particularly for larger volumes and less viscous materials.
Key Features to Evaluate
Capacity and Volume: Consider the typical sample size you will be processing. Some devices are designed for micro-volumes (milliliters), while others can handle liters.
Speed and Power: Higher speeds and power generally translate to more efficient homogenization, especially for difficult samples. Check the RPM range and motor wattage.
Sample Compatibility: Ensure the homogenizer is suitable for your specific sample type, whether it's liquid, solid, viscous, or requires sterile conditions.
Ease of Use and Cleaning: Look for intuitive controls and designs that facilitate quick and thorough cleaning to prevent cross-contamination.
Durability and Construction: Materials like stainless steel are preferred for their resistance to corrosion and ease of sterilization.
Application-Specific Considerations
The intended use of the homogenizer should heavily influence your choice. For cell lysis and DNA/RNA extraction, high-shear or ultrasonic methods are often preferred. For food processing or pharmaceutical formulation, consistency and scalability might be paramount. If working with sensitive biological samples, consider models with temperature control to prevent sample degradation.
Maintenance and Support
Regular maintenance is essential for the longevity and performance of any lab equipment. Research the manufacturer's warranty, availability of spare parts, and customer support services. Understanding the cleaning protocols and any specific maintenance requirements for the chosen model will prevent downtime and ensure reliable operation.
Frequently Asked Questions
What is the primary function of a lab homogenizer?
The primary function of a lab homogenizer is to break down and mix samples to achieve a uniform consistency. This process is essential for accurate analysis, extraction of compounds, and creation of consistent formulations.
How do I choose the right homogenizer for my sample type?
Consider the physical properties of your sample, such as viscosity, hardness, and volume. For liquids, rotor-stators or ultrasonic types are common, while bead mills are better for solids and tissues.
Is it important to consider the speed of the homogenizer?
Yes, speed is a critical factor. Higher speeds generally lead to more efficient homogenization, especially for tougher samples. However, excessive speed can generate heat, which might degrade sensitive samples.
What are the cleaning requirements for lab homogenizers?
Cleaning protocols vary by model and application. Most require thorough cleaning between uses to prevent cross-contamination. Detachable parts are often dishwasher-safe or can be autoclaved.
Can a homogenizer be used for both small and large sample volumes?
Some homogenizers are designed for specific volume ranges. It's important to check the manufacturer's specifications to ensure the device can effectively handle your typical sample sizes, whether micro or macro.
What is the difference between a rotor-stator and an ultrasonic homogenizer?
A rotor-stator homogenizer uses mechanical shearing action to break down samples. An ultrasonic homogenizer uses high-frequency sound waves to create cavitation, which disrupts cells and particles.
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