Vacuum Emulsifier Homogenizer

Approx Price:

Machine Capacity: 50Ltr to 2000 Ltr
Homogenizing Speed: 0 – 3600 rpm (variable frequency drive)
Mixing Speed: 0 – 65 rpm (scraper agitator)
Homogenizing Power: 3 – 15 kW (based on model)
Vacuum Pump Power: 0.75 – 2.2 kW
Heating Method: Electric / Steam
Heating Temperature: Max 120°C

Vacuum Emulsifier Homogenizer

A Vacuum Emulsifier Homogenizer is a specialized processing system designed to create fine emulsions, dispersions, and homogeneous mixtures of immiscible phases (such as oil and water), especially in high-viscosity products. It combines vacuum mixing, high-shear homogenization, and precise temperature control in one integrated unit.

This machine is essential in industries where product consistency, stability, and smooth texture are critical, such as cosmetics, pharmaceuticals, food, and chemicals.

Working Principle of a Vacuum Emulsifier Homogenizer

The process typically consists of three main phases:

Vacuum Mixing Phase
High-Shear Emulsification Phase
Homogenization & Cooling Phase

1. Vacuum Mixing

Ingredients are loaded into water phase and oil phase pots separately.
These are then preheated and mixed under atmospheric conditions.
Transferred into the main emulsifying tank, where a vacuum pump evacuates the air.
- This reduces oxidation.
- Prevents foaming.
- Improves shelf life and product texture.

2. High-Shear Emulsification

The high-shear homogenizer rotates at speeds up to 3,000–10,000 RPM.
It consists of a stator and rotor assembly that creates intense mechanical shearing.
Oil and water phases are forced through narrow gaps at high speed.
The phases are broken into micron or nano-sized droplets (depending on configuration).

3. Cooling and Final Homogenization

The product is continuously agitated by a scraper agitator (which rotates and lifts material from the wall).
A heating/cooling jacket regulates temperature using steam, hot water, or chilled water.
After emulsification, the vacuum system is turned off.
The product is discharged directly to packaging using vacuum pressure or a bottom valve.

Key Components of a Vacuum Emulsifier Homogenizer
Component	Description
Main Emulsifying Pot	The core chamber where final product is processed. Made of SUS316L stainless steel, with jacketed heating/cooling and vacuum sealing.
Water Phase Pot	Used to dissolve and preheat water-soluble ingredients.
Oil Phase Pot	Used to melt and mix oil-based materials.
High-Shear Homogenizer	Located at the bottom or inline; includes a rotor-stator design. Creates shear forces (up to 25 m/s tip speed) for fine emulsification.
Scraper Mixer (Agitator)	Low-speed side scraper agitator (10–60 rpm) prevents sticking and ensures full mixing. May include dual-direction rotation and Teflon blades.
Vacuum Pump	Evacuates the air from the mixing pot to prevent oxidation and eliminate air bubbles. Helps during product discharge.
Heating & Cooling Jacket	Thermally controlled chamber that uses steam or hot/chilled water to maintain optimal process temperature (usually 30–150°C).
Control System (PLC/HMI)	User interface for managing vacuum pressure, temperature, mixing speed, process timing, batch reports, alarms.
Hydraulic Lid Lifter	Automates the opening and closing of the emulsifying pot for cleaning and ingredient loading.
Discharge Valve/System	Bottom discharge by valve or vacuum discharge system for hygienic output.

Types of Vacuum Emulsifier Homogenizers
Type	Description
Top-mounted Homogenizer	Traditional design with homogenizer at top of the tank. Common but harder to clean.
Bottom Homogenizer	Homogenizing unit is installed at the bottom of the tank. Offers better energy transfer and cleaning access.
Inline Homogenizer	A separate high-shear homogenizer connected in a loop with recirculation. Suitable for large-scale production.
Pilot-scale Units	Small versions for lab testing and R&D before scaling up. Typically 5L to 50L in size.