Homogenizers / Electric Lifting Homogenizer

What Is an Electric Homogenizer?

An electric homogenizer is laboratory equipment used to process materials through controlled mechanical force, helping reduce particle size and create a more uniform mixture. It can support homogenization, dispersion, emulsification, and mixing of liquid-liquid or solid-liquid systems. The equipment is suitable for small laboratory experiments and small-batch processing where consistent material distribution is important.

The electric lifting design allows the working head to be positioned according to the vessel and processing requirements. Depending on the material and application, different working heads and drum configurations can be selected. It is suitable for applications across biology, medicine, food, paints, inks, textile additives, cosmetics, lubricants, and pesticides.

How Does an Electric Homogenizer Work?

An electric homogenizer uses an electrically driven rotor and stator arrangement to apply mechanical shear to the processed material. As the working head operates within the material, the movement helps break down and distribute particles or phases more uniformly. This makes the equipment suitable for processes where simple stirring may not provide the required degree of refinement or dispersion.

The working process can be understood through these stages:

• Material preparation: The liquid, solid-liquid mixture, or other laboratory formulation is placed in a suitable vessel. The batch size should correspond to the selected equipment capacity.
• Working-head positioning: The electric lifting arrangement allows the homogenizing head to be positioned at an appropriate height inside or above the vessel. This helps adapt the equipment to different vessel dimensions and processing requirements.
• Mechanical shearing: The rotor and stator create controlled mechanical action within the material. The small working gap supports shearing, dispersion, and emulsification.
• Homogenization and dispersion: Continued processing helps reduce differences in particle or phase distribution, producing a more uniform system. The required processing conditions depend on material properties and the intended result.
• Process control: Consider speed, working-head selection, and processing time based on the formulation. Available models offer different speed ranges and capacities for laboratory and small-batch needs.

Key Features of the Electric Lifting Homogenizer

The Electric Lifting Homogenizer combines an electric drive with an adjustable lifting arrangement for laboratory and small-batch processing. Its construction and configurable working components allow the equipment to be adapted to different material characteristics and experimental requirements.

Key features include:

• 304 stainless steel shell with a solid and practical structure.
• Electric lifting mechanism for convenient working-head positioning.
• Single or double drum options according to material viscosity and experimental requirements.
• Customised working heads for different viscosities and processing conditions.
• Forged rotor and stator components processed using CNC machining technology.
• Small rotor-stator working gap to support shearing, emulsification, and dispersion.
• High processing efficiency for mixing, refining, homogenization, and dispersion.
• Non-standard customization options including explosion-proof, airtight, and manual lifting configurations.
• Material options such as SS304, SS316L, Hastelloy and selected titanium-molybdenum-nickel alloys, subject to application requirements.

Electric Lifting Homogenizer and Laboratory Operation

The lifting arrangement is an important part of the equipment because it provides controlled vertical positioning of the working head. During laboratory processing, the head can be adjusted according to the vessel size, material level, and selected working position.

The available models provide lifting distances from 300 mm to 600 mm, while the head-above-ground distance ranges from 30–330 mm to 50–650 mm, depending on the model.

This configuration makes the equipment suitable for laboratory experiments and small-batch processing where vessel access and working-head positioning need to be considered. The electric lifting mechanism can also make setup more convenient when processing different batches or working with vessels of different dimensions.

How an Electric Homogenizer Supports Mixing, Homogenization and Emulsification

The equipment can perform more than basic mixing by applying mechanical shear to the material. During homogenization, the working head helps refine and distribute particles or phases throughout the system. During emulsification, it supports the processing of liquid-liquid systems, while dispersion applications can involve solid-liquid mixtures.

The rotor-stator configuration and selectable working heads allow the equipment to be considered for different processing requirements. The appropriate configuration depends on factors such as viscosity, batch capacity, material characteristics, and the desired degree of homogenization. For laboratory formulations, this can help produce a more stable and consistently distributed system when compared with simple low-intensity stirring.

Applications of an Electric Homogenizer

The equipment is suitable for laboratory experiments and small-batch material processing where controlled mixing, dispersion, or emulsification is required.

Typical applications include:

• Biological laboratory work: Processing and preparation of materials for laboratory experiments.
• Medical and pharmaceutical research: Supporting formulation and sample-processing requirements.
• Food formulation: Small-scale preparation and development of food products.
• Paint and ink processing: Supporting dispersion and uniform distribution of components.
• Cosmetic formulation: Processing formulations that require mixing and emulsification.
• Textile additives: Supporting laboratory-scale processing of additive formulations.
• Lubricants: Small-batch formulation and material development.
• Pesticides: Laboratory-scale dispersion and formulation applications.

The actual working configuration should be selected according to material viscosity, required capacity, working-head requirements, and the intended processing result.

Industries Using Laboratory Homogenizers

Laboratory homogenizers are used across industries that require controlled preparation, refinement, or uniform distribution of materials. In biology and medical research, they can support laboratory sample and formulation preparation. Food laboratories may use homogenizing equipment during product development and formulation studies.

Cosmetic laboratories can use it for emulsification and dispersion work, while paint and ink applications may require controlled particle distribution. Other applications include textile additives, lubricants, and pesticides, where consistent processing can be important during laboratory trials and small-batch development. The suitable model depends on the material, capacity, viscosity, and required processing conditions.

Electric Tissue Homogenizer for Laboratory Applications

An electric tissue homogenizer can be considered for laboratory sample preparation where biological material needs mechanical processing into a more uniform sample. The mechanical action of the working assembly helps break down and distribute material during controlled processing.

For tissue-related laboratory work, selection should consider sample characteristics, required processing volume, working-head configuration, and the desired degree of homogenization. The equipment should be used according to established laboratory procedures and the manufacturer's operating guidance.

Electric Homogenizer vs Conventional Mixing

Conventional mixing and homogenization serve different processing requirements. A standard mixer primarily combines materials, while homogenizing equipment applies more intensive mechanical action to refine and distribute particles or phases.

For applications requiring refinement, dispersion, or emulsification rather than simple blending, a suitable homogenizing configuration can provide a more appropriate processing approach.

Technical Specifications of the Electric Lifting Homogenizer

The product range includes four models designed for different laboratory and small-batch capacities.

The standard stator/rotor configuration includes a long-hole design, with round-hole or claw-type options available on selected models. Working-head dimensions and head-above-ground distances vary by model, so the specification should be matched to the intended vessel and process.

How to Select the Right Laboratory Homogenizer for Your Application

Choosing a laboratory homogenizer requires consideration of both the material and the intended processing result. The correct model should provide sufficient capacity, suitable speed, and an appropriate working-head configuration.

• Material characteristics: Consider viscosity, phase composition, and whether the process involves liquid-liquid or solid-liquid materials.
• Capacity: Select a model that matches the required batch volume. Available capacities range from 10 L to 180 L across the listed models.
• Speed requirement: Different materials and processes may require different operating speeds. The models provide speed ranges from 0–3,000 rpm to 0–10,000 rpm.
• Working head: Select the working head according to viscosity, dispersion, and emulsification requirements.
• Lifting distance: Consider vessel height and the required working position when selecting the electric lifting configuration.
• Construction material: SS304, SS316L, and other material options can be considered where compatibility requirements call for them.
• Special requirements: Explosion-proof, airtight, or manual lifting configurations can be considered for specific non-standard applications.

Maintenance and Operating Guidelines for Electric Homogenizers

Regular maintenance helps keep a homogenizer machine for laboratory operation consistent over its service life. Before operation, inspect the working head, rotor-stator assembly, and relevant connections. Ensure the selected configuration is suitable for the material and that the vessel is positioned securely.

After processing, clean the working components according to the material being handled and the applicable laboratory procedure. Check for material buildup around the working head and inspect components for signs of wear. Avoid operating the equipment outside its specified conditions. For specialized configurations or material options, follow the manufacturer's operating and maintenance recommendations.

What to Consider When Choosing a Homogenizer Manufacturer & Supplier

When selecting a homogenizer machine manufacturer, buyers should look beyond the equipment's basic power rating. The manufacturer should be able to provide suitable configurations based on material characteristics, processing volume, working speed, and application requirements.
A reliable homogenizer manufacturer & supplier should offer clear technical specifications, appropriate working-head options, and support for equipment selection. Buyers should also consider construction materials, customization capabilities, service support, and availability of replacement components. For laboratory and small-batch applications, understanding the intended process before purchasing can help ensure that the selected equipment matches the actual requirement.
Why Choose SAN Industrial for Electric Homogenizers?
SAN Industrial provides homogenizing equipment for laboratory and small-batch processing applications, with configurable options based on material characteristics and processing requirements. The Electric Lifting Homogenizer range includes multiple power, capacity, speed, and lifting configurations, allowing users to select a model according to their process.

The equipment supports applications involving homogenization, dispersion, emulsification, and mixing. Different working heads and construction materials can also be considered for specific applications. Custom non-standard configurations are available for requirements such as explosion-proof, airtight, or manual lifting arrangements, subject to technical evaluation.

Frequently Asked Questions About Electric Homogenizers

1. What is an electric homogenizer?

An electric homogenizer is equipment that uses mechanical force to process materials and improve the uniform distribution of particles or phases. It can be used for homogenization, dispersion, mixing, and emulsification.

2. What is an electric homogenizer used for?

It is used for laboratory and small-batch processing of liquid-liquid and solid-liquid systems across applications such as food, cosmetics, paints, inks, lubricants, biology, and other formulation work.

3. What is an electric tissue homogenizer?

An electric tissue homogenizer is used for mechanical processing of biological tissue or laboratory samples where a more uniform sample preparation is required.

4. What capacity options are available?

The listed models provide capacities of 10 L, 50 L, 100 L, and 180 L.

5. What speed range is available?

Depending on the model, the available speed range is 0–10,000 rpm or 0–3,000 rpm.

6. Can the working head be customized?

Yes. Different working heads can be selected or customized according to material viscosity and laboratory or small-batch processing requirements.

7. What materials are available for construction?

Depending on application requirements, options include SS304, SS316L, Hastelloy, and selected titanium-molybdenum-nickel alloy materials.

8. How do I select the right homogenizer machine for laboratory use?

Consider material viscosity, batch capacity, required speed, working-head configuration, lifting distance, construction material, and the intended homogenization, dispersion, or emulsification process.

9. What should I check when choosing a homogenizer supplier?

Consider product specifications, configuration options, application suitability, customization capability, technical support, and after-sales service.

10. Can the homogenizer be supplied in a non-standard configuration?

Non-standard configurations such as explosion-proof, airtight, and manual lifting types can be customized according to specific requirements and technical feasibility.