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Vacuum Emulsifier Mixer for Smooth Creams and Lotions
Produce smooth creams and lotions with control over mixing, temperature, and trapped air. A Vacuum Emulsifier Mixer combines high-shear emulsification with vacuum processing for cosmetic, pharmaceutical, and food formulations. Choose equipment around your batch size and product thickness to prepare a uniform bulk product for filling.
What is Vacuum Emulsifier Mixer
Turn Separate Ingredients Into a Uniform Emulsion
Cream production begins with oil-based and water-based ingredients prepared separately, with heating where ingredients need to melt or absorb water. The phases enter the main vessel, where a high-shear homogenizer disperses one liquid through the other as fine droplets, forming an emulsion. A slower stirrer circulates the batch, and vacuum removes trapped air. Cooling and final additions complete the formula before discharge to holding or filling equipment.
Select the vessel around your smallest and largest batches, then assess how thick the product becomes during cooling. Finetech offers 20 L to 100 L mixers alongside separate 200 L and 500 L machines. Paddle design and heating capacity matter as much as vessel size. Confirm which loading and discharge tasks remain manual so you can plan operator staffing. For a quotation, send the formula type and its viscosity (thickness) at processing temperature.
Key Benifits
A Finer Cream Texture
High-shear mixing breaks the oil and water phases into smaller droplets and creates a finer, more uniform emulsion. For creams and lotions, this can improve texture, consistency, and spreadability so the finished product matches the intended formulation more closely.
Less Trapped Air Before Filling
Vacuum processing reduces air bubbles carried into the finished bulk product. Fewer visible voids improve the appearance of filled creams and reduce the aeration that operators must address before sending a batch to packaging.
Finish the Batch in One Vessel
Integrated mixing, heating, and cooling let the main processing stages take place in the same vessel. After ingredient preparation, fewer transfers are needed between separate machines, reducing handling work around thick or sticky formulations.
Why Partner With Finetech
Connect Batch Preparation With Product Transfer
A cream mixer must handle the formula as it thickens and discharge it at the temperature and consistency needed for filling. Finetech offers alternative stirring arrangements and factory layout planning to address those decisions together. Its line-design service can place ingredient preparation, mixing, and onward transfer within your available space. For products packed in tubes, discuss the connection to Finetech’s tube filling line, including the transfer method and any holding stage needed between batches.
Finetech’s Core Strengths:
- In-house CNC machining for equipment components
- Mechanical design and production engineering resources
- On-site electrical, control, and mechanical checks
- Practical operator and maintenance personnel training
- Machine-specific replacement and wear-part identification
- Qualification document preparation and technical assistance
Different Types of Vacuum Emulsifier Mixer
View our range of emulsifiers, from 20L to 2000L.
20-100L Vacuum Emulsifying Mixer
Volume: 20 L – 100 L
Emulsifying motor: 1.1 kW- 3 kW
Height: 1,700-2,600
100L Vacuum Emulsifier Mixer for Cosmetic Cream and lotion
Volume: 100 L
Emulsifying motor: 3 kW
Height: 2,800
Vacuum Homogenizer Cream Mixer
200L Vacuum Emulsifier Mixer for Cosmetic Cream and Lotion
Volume: 200 L
Emulsifying motor: 4 kW
Height: 3,100
500L vacuum emulsifier mixer with body cream
Volume: 500 L
Emulsifying motor: 6 kW
Height: 5,100
Toothpaste Manufacturing Machine
Cosmetic Cream Making Machine
The Cosmetic Cream Making Machine is professional equipment specially designed for the production of cosmetic creams, lotions, emulsions and other skincare products.
Application Cream Types
Key Features
Finetech’s range combines different mixing methods with temperature and vacuum control. Available functions vary by model and machine family, and integrated cleaning systems are offered as an optional configuration.
High-Shear Homogenization
The 100 L model uses high shear, a strong mechanical mixing action that refines liquid droplets. Its adjustable homogenizer speed lets operators establish an emulsification setting for the formula.
Wall-Scraping Agitation
The Vacuum Homogenizer Cream Mixer combines an anchor scraper with bulk stirring. The scraper moves material away from vessel walls and back into circulation, limiting areas where cream can remain unmixed.
Heating and Water Cooling
Water-circulation cooling is provided on Finetech's Vacuum Homogenizer Cream Mixer. Heating options vary by configuration. Specify the heat source in the quotation to match your recipe and available plant services.
Vacuum Deaeration
The 20 L to 100 L range includes vacuum deaeration, which removes entrained air from the mix. Operators can establish the vacuum stage around the product's foaming behavior.
Recorded Process Settings
Operators can set and record process parameters through the 200 L model's interface. Production teams can refer to those records when investigating batch differences. Agree on the required recording format before purchase.
Optional Clean-in-Place Integration
The 100 L model can integrate with a clean-in-place system that washes internal product surfaces without routine dismantling of every component. Confirm the cleaning circuit and coverage in the quotation.
Certifications
Our Services
We customize emulsifier equipment suitable for your paste or other viscous material formulations.
On-site installation and commissioning support for your pharmaceutical machinery.
Operator training to help your team understand the correct operation of the machine.
Online technical assistance for machine operation and troubleshooting.
Support for pharmaceutical workshop and production-line planning.
Support change parts: Homogenizer head, Agitator head, Seal ring, Mechanical seal, Stainless steel tank.
We providing complete turnkey solution. From manufacturing to packaging line.
Technical Data
Standard Capacity Range
20-500
L
Emulsifying Speed
3,500
RPM
Vacuum System
-0.098
MPa
Stainless-Steel Product Vessel
316
L
Specification Table
| Model | 20L | 50L | 100L | 200L | 500L |
|---|---|---|---|---|---|
| Volume | 20L | 50L | 100L | 200L | 500L |
| Emulsify motor | 1.5KW (0-3500rpm/min) | 3KW (0-3500rpm/min) | 3KW (0-3500rpm/min) | 4KW (0-3500rpm/min) | 7.5KW (0-3500rpm/min) |
| Mixer power | 0.75KW 0-60r/m | 0.75KW 0-60r/m | 1.5KW 0-60r/m | 1.5KW 0-60r/m | 2.2KW 0-60r/m |
| Lengt | 1500 | 2750 | 2800 | 2850 | 3800 |
| widthme | 800 | 2400 | 2150 | 2200 | 2800 |
| height | 1500 | 1900 | 2100 | 2200 | 2700 |
| Max height | 2050 | 2600 | 2800 | 3100 | 3950 |
Interested in a Vacuum Emulsifier Mixer?
Talk to our experts to discover the right solution for your needs.
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FAQs
No. The published 100 L figure describes vessel volume, not hourly output. Confirm the usable working load, then account for ingredient charging, heating, emulsification, cooling, discharge, and cleaning when calculating how many batches fit into a shift.
Only if the load meets that vessel’s minimum operating volume. The mixing head needs adequate immersion and the batch must circulate properly. Check the initial liquid volume as well as the final batch size, particularly for oil-rich emulsions.
No. The machine supplies mixing energy; the formulation still needs an appropriate emulsifying system to keep oil and water dispersed. Vacuum removes air, but it cannot correct an unsuitable recipe or establish shelf life without stability testing.
Clean the entire product path, including the vessel, homogenizer, scraper, seals, valves, and transfer lines. Check cleaning-agent compatibility with contact materials. An installed cleaning system still needs demonstrated residue removal, plus safe access for parts requiring separate inspection.
Include electrical supply, cooling-water connections, the selected heating service, and any compressed-air or vacuum-pump utilities. Allow access above the vessel for the ordered lid arrangement, plus room for premix tanks, maintenance, and cleaning-water drainage.
The mixer can supply an existing tube filler through a separately specified transfer system. Check discharge temperature, pump capability, and holding needs. A buffer tank may connect batch mixing to continuous filling, with its own mixing and cleaning provisions.
Vacuum removes entrained air during mixing and homogenization. This reduces bubbles and foaming and limits unnecessary air incorporation into the formulation, helping creams and lotions achieve a smoother appearance and more consistent texture. Finetech’s system combines vacuum deaeration with high-shear homogenization and controlled mixing in the same process.