Main features:

1. Vacuum Emulsifying Technology: This mixer blender utilizes advanced vacuum emulsification to thoroughly blend and emulsify ingredients. The vacuum helps remove air bubbles, resulting in a smooth and homogeneous cream or lotion.

2. Homogenizer Function: With a powerful homogenizer, the device effectively breaks down particles, ensuring uniform distribution of active components. This feature enhances the consistency and stability of the cosmetic formulations.

3. Precise Control: The mixer blender allows for precise control over mixing speed and vacuum level, enabling customization according to specific formulation requirements. This level of control ensures consistent results and the ability to achieve desired textures.

4. Compact and User-Friendly Design: The device is designed to be compact, taking up minimal space in a cosmetic production setup. It is also user-friendly, with intuitive controls and easy cleaning processes.

5. Safety Features: The mixer blender is equipped with safety features to ensure reliable and safe operation. These features include protection against overload, overheating, and other potential hazards.

Cosmetic Equipment Description:

This Cosmetic Equipment Vacuum Mixer Homogenizer means when the materials are under the vacuum condition, it makes use of the high shear emulsifier to distribute one or several to another continuous phase rapidly and evenly. The materials will be processed in the narrow space between the stator and rotor by strong energy of motion produced by the machine effect. By the operation of hydraulic shearing, centrifugal extruding, impacting,breaking and turbulence for over 199 thousand times per minute, the materials will be dispersed and emulsified instantly and evenly. After reciprocating circulation at high frequency, the fine finished products of stable and high quality without bubbles will be achieved. The product of vacuum emulsifying mixer machine mainly applied in such industries as daily chemical care products, biopharmaceutical industry, food industry, paint and ink, nanometer materials, petrochemical industry, printing and dyeing auxiliaries, pulp & paper, pesticide, fertilizer, plastic & rubber, electronic and electronics, fine chemical industry, etc. The emulsifying effect is more prominent for materials of high base viscosity and high solid content.