Let's make cosmetic creams
Did you know that in the 30s, cosmetic creams that contained radioactive material were booming on the market because they promised to reduce wrinkles? Thank God that’s no longer the case. To make a cosmetic cream today, you need to create a stable mixture of oil and water and add an emulsifier to join these otherwise immiscible substances.
Which cosmetic creams equipment do you need?
Cost-effective homogenizing and emulsifying system
Inline batch mixer for solids and liquids
Emulsifier for cosmetic creams
Volumetric fillers for viscous liquids
Dispersing machine for emulsions and suspensions
Economic dispersing machine for emulsions and suspensions
Dispersing machine for very fine emulsions and suspensions
Ultra-fine dispersing machine for emulsions and suspensions
Colloid mill
Cone mill machine
Corundum disk mill
Continuous homogenizing system
High accuracy homogenizing system
Horizontal kneader
Vertical kneader
Continuous kneader
Batch dispersing machine
Batch dispersing machine for abrasive products
Batch dispersing machine for bottom entry into vessels
GMP homogenizing system
Dust-free continuous homogenizing system
Dilution system for two or more liquids in one pass
Small-scale laboratory dispersing machine
Pilot dispersing machine for testing and scale-up
In-line laboratory dispersing machine
Laboratory dispersing machine for low-viscous masses
Jet flow agitator for high-viscosity media
Agitator for medium viscosity media
Agitator for low viscosity media
High-pressure homogenizer
Compact shrink sleeve applicator
Low speed can sleeve applicator
Low speed shrink sleeve applicator
Tamper-evident sleeve applicator for caps
Energy efficient tunnel for sleeve application
High-speed unscrambler for large bottles
Compact monoblock filler
Flowmeter filler
In-line monoblock linear filler & capper
Multi-head capper
Servo controlled filler
Single head capper
A two-component filling application tube filler
Low speed tube filler
Medium speed tube filler and sealer
Medium and high speed range automatic tube filler
High speed automatic tube filler
Loading cassette for a tube filler
Tube feeder for a small scale production tube filler
Tube feeding unit for high volume and high speed tube filler
Tube unloader and feeder
HFFS machine with servo-control system
Vacuum mixer for suspensions
Homogenizer for creams
Filling machine for creams
Pharmaceutical formulation and mixing tanks
Self-adhesive linear labeling machine for bottles
Batch vacuum mixer for emulsion-based products
Cosmetic cream filler
Pilot ultrasonic extractor
Steam tunnel for shrink sleeve labels
Hot air tunnel for shrink sleeve labels
Manual plastic tube sealing equipment
Semi-automatic filler
Pilot plant homogeniser
There is currently no equipment listed with your specified properties, but we are sure we can help you. Try us!Contact us
Tell us about your production challenge
Let’s dive into the cosmetic cream manufacturing equipment
Producing cosmetic creams involves two major stages. The first is the independent mixture of water and oil-soluble ingredients, while the second involves the combination of the two in a homogenizer for a uniform emulsion. The first stage typically utilizes elevated temperatures to facilitate even dispersion of constituents.
The combination phase permits the addition of more heat-sensitive elements, such as essential oils, and requires a slower, more delicate homogenizing system to finesse the desired consistency and potency. Selecting effective cosmetic cream manufacturing equipment requires an understanding of the properties of your ingredients to optimize the time required from start to finish.
Employing emulsifiers for effortlessly incorporating elements
Emulsifiers are an essential inclusion in your body lotion formula. The beauty of emulsifiers is that the molecules contain an aspect for binding to both polar substances, like water, and nonpolar substances, like oil. As a result, oil in water suspensions will see tiny droplets of oil bound by emulsifiers and dispersed into water. This formulation leaves minimal residue when applied to the skin. Water in oil suspensions will naturally see the opposite.
These heavier creams are excellent for people with dryer skin needing greater skin barrier protection to maintain good moisturization. The oil will usually carry most of the active ingredients, and you can regulate the viscosity or thickness of the cream by the amount of water included. Preservatives are essential in preventing degradation, as microbes are keen to grow in any well-hydrated environment.
The incredible variety of cosmetic creams and their constituents
Cosmetic creams may differ in their constituents according to their desired effect and time of application. Day creams, for example, tend to be lighter and less prone to clogging up pores in the presence of pollutants. On the other hand, nights creams can be heavier in the absence of environmental irritants and provide an extended window to buffer and rejuvenate the skin. Care must be taken to consider the biochemical requirements of active ingredients to ensure optimal bioavailability.
Blocking blue light, an aging accelerator?
With the majority of industry moving indoors, and a growing understanding of the dangers of UV rays, people are ever more careful to protect themselves from the harsher habits of sunlight. Even so, another contender has taken its place as the most prevalent threat. Phones and laptops have become as ubiquitous as the air we breathe, and the blue light they produce may provoke undesirable consequences in those frequently exposed to it. Research has shown that blue light may lead to the loss of cell mass and even cell death, so modern cosmetic creams have begun to offer protection against such undesirable consequences. Blue light cosmetics typically invoke antioxidants and ingredients that preferentially block such wavelengths of light, so formulas including them must invariably take care to ensure they lose no potency during incorporation.