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Cosmetic & Skincare

High Pressure & Micro-Jet Homogenizer for Cosmetic & Skincare

In the cosmetic and medical skincare industries, the transdermal absorption rate of active ingredients, product stability, and user experience directly determine the product's efficacy and market competitiveness. Medical aesthetic skincare products often contain complex formulations such as high-concentration active ingredients, nano-carriers, and liposome encapsulation systems, requiring extremely high demands on production technology.

ATS successfully applies high-pressure homogenization technology across the research, development, and production processes for medical aesthetic skincare products. Providing the industry with precise and efficient nano-emulsification, dispersion, and carrier formulation solutions, ensuring a seamless transition from laboratory research to industrial-scale production and quality control.

Advantages of ATS Homogenizers in Cosmetic & Skincare Productions
  • Efficient Nanoemulsions & Liposomes
    Using homogenizers to prepare oil-in-water (O/W) or water-in-oil (W/O) nanoemulsions, encapsulating active ingredients like vitamins, plant extracts, and essential oils in liposomes with nano-sized particles. This significantly improves ingredient stability, solubility, and the transdermal absorption rate, enabling deeper penetration and reducing waste of active ingredients on the skin surface.
  • High-Stability Serums & Ampoules
    Solves the chemical instability of high-concentration active ingredients, such as Vitamin C, Vitamin E, Coenzyme Q10, peptides, and more. The nanonization protects active ingredients from oxidation and aggregation, forming a uniform and stable system, extending product shelf life, and ensuring every drop of the product contains improved efficacy.
  • Improving Texture and Product Quality
    The nanonization of particles completely removes the rough and greasy feel of the products, resulting in a top-tier texture that is light, smooth, and easily absorbed. This pleasing texture is one of the key features that sets high-end skincare brands apart from mass-market products.
  • Mild Formulations Without Chemical Emulsifiers
    Achieving nanoemulsification through the intense forces of high-pressure homogenization holds the potential to reduce or replace the use of traditional chemical emulsifiers, offering a technical pathway to develop low-irritation, "clean beauty" formulations safe for sensitive skin.
Recommended Products for Cosmetic & Skincare Processing
High Pressure Homogenizers
High Pressure Homogenizers
  • Flexibly adjust flow rates with a variable flow control system
  • Compliant with GMP and European CE standards
  • Customizable configurations for PLC/explosion-proof/sterile requirements
  • Four-layer overpressure protection to ensure operational safety
  • Scalability from laboratory to industrial scale (max flow rate of 4000 L/H)
Micro-Jet Homogenizers
Micro-Jet Homogenizers
  • Effective dispersion results and a narrower particle size distribution
  • Higher processing efficiency and result consistency
  • Excellent process repeatability and scalability
  • Working pressure up to 3000 bar
Case
Collagen production line

Collagen production line

Experimental Cases
Nano Essence Preparation
  • The sample became clearer after homogenization.
  • The D90 particle size reduced from 5.97μm to 72nm.
Nano essence before homogenization
Perfume Emulsion Homogenization
  • Equipment
    ATS micro-jet homogenizer
  • Experimental process
    Add all the perfume ingredients together, then apply a stable pressure, and finally take out the sample to check the particle size.
  • Experimental results
    Visual observation
    There was no significant color change before and after emulsification, with no stratification phenomena. Particle size measurement
    After the perfume was emulsified using the ATS Micro-Jet Homogenizer, the initial particle size reduced from 6.007µm to 336.4nm, meeting the experimental expectation
Perfume Emulsion Homogenization
Liquid Eyebrow Pencil Dispersion Preparation
  • Experimental background
    Common eyebrow pencil cores are commonly made from beeswax, paraffin wax, petrolatum, cocoa butter, carbon black pigment, and more. However, iron oxide is very suitable for cosmetics ingredients because it is non-toxic, smudge-proof, and not prone to moisture absorption, which leads to their extensive use in eyeshadow, blush, eyebrow pencils, and lipstick to improve the products texture. To ensure the eyebrow pencil is easy to apply, it is necessary for the liquid of the eyebrow pencil to achieve good dispersion and low viscosity.
  • Experimental objective
    The particle size after dispersion by ATS micro-jet homogenizer has to be smaller than 150nm.
  • Experimental process
    Using micro-jet homogenizers to process the sample 3 times.
  • Experimental results
    Visual observation
    After dispersion using the ATS micro-jet homogenizer, the appearance of the eyebrow pencil liquid did not show significant change.
    Particle size measurement
    The average particle size of the dispersed eyebrow pencil liquid reached 119nm, meeting the customer's requirement.
Liquid Eyebrow Pencil Dispersion Preparation
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Applications