Nano Technology In Cosmetic Product Development - FoodResearchLab

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TABLE OF CONTENTS

• Introduction to new age formulation for
  Cosmetics
• Techniques for Formulating Micellar
  Nanoparticles in Nanoemulsion
• Commercial Cosmetic Products Using Micellar
  Nanoparticles
• Challenges Of Cosmeceutical Product Development

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INTRODUCTION TO NEW AGE
FORMULATION FOR COSMETICS
By manipulating form and size at the Nanoscale,
nanotechnology is a cutting-edge field of
science that covers the design,
characterization, manufacturing, and application
of materials, devices, and systems. The newest
and most advanced technology currently
accessible is the inclusion of nanotechnology in
a cosmetic composition.
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Nanoscale-sized chemicals are used in cosmetic
formulations to deliver benefits such as enhanced
UV protection, deeper skin penetration,
long-lasting effects, greater color, higher
finish quality, and many more.
One of the newest technologies used in beauty
goods is called micellar nanoparticles, and it is
quickly gaining popularity and is being
extensively distributed in both domestic and
foreign markets.
The capacity of nanoemulsion technology to create
tiny, highly surface-area micellar nanoparticles
allows for the efficient delivery of bioactive
ingredients to the skin.
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Oil in water nanoemulsion is an important
component of many water-based cosmetic
formulations, including sunscreens, face
cleansers, anti-aging lotions, and makeup
removers. In order for better cosmetic product
development, the Pepgras Food research lab hopes
to critically evaluate micellar nanoparticle
creation in nanoemulsion systems.
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TECHNIQUES FOR FORMULATING MICELLAR
NANOPARTICLES IN NANOEMULSION
Cosmetics are "particles designed to be applied
to human bodies or any portion thereof for
washing, beautifying, enhancing attractiveness,
or modifying the look," according to the Food
and Drug Administration (FDA) Cosmeceuticals
are well-known in the beauty product developer
as cosmetic products infused with
physiologically active ingredients that have
therapeutic advantages for improving human
appearance.
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Cosmeceutical product development bridge the gap
between cosmetic product development and
medicines. cosmetic research and development
focuses on formulation differently for the skin,
body, and hair in order to address a variety of
conditions, including skin aging, hair damage,
dryness, dark spots, and pigmentation. In order
to create micellar nanoparticles in a
nanoemulsion system, there are a number of
emulsification techniques that may be divided
into two groups high- energy techniques and
low-energy approaches. A high-pressure
homogenizer, an ultrasonicator, and a
microfluidizer are only a few of the mechanical
forces needed for the high-energy emulsification
approach. Additionally, the low-energy method
uses spontaneous emulsification techniques as
well as phase inversion temperature (PIT) and
composition (PIC).
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The most often reported emulsification method for
creating micellar nanoparticles by nanoemulsion
in the cosmetic product development companies is
the high-energy approach.
Meanwhile, due to its energy-saving method and
the fact that it is a less harmful procedure for
labile bioactive ingredients, the use of low-
energy emulsification techniques has lately
increased significantly.
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COMMERCIAL COSMETIC
PRODUCTS USING MICELLAR NANOPARTICLES
Micellar nanoparticle-based cosmetic product
development are gaining popularity in many
different product categories. This
nanotechnology is being used by several national
and international businesses as a cutting-edge
strategy to provide high quality and efficacy of
their cosmetic goods.
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As a viable vehicle for the controlled delivery
system of cosmeceuticals, micellar nanoparticles
loaded with bioactive components are being
created using the nanoemulsion system.
A straightforward procedure to produce a
submicron emulsion containing micellar nanoparticl
es of a bioactive component gave rise to the
Nanogel, the Tri-k industries product 3.
The key advantages of the commercially available
gel are reduced skin water loss, increased
synthesis of new skin cells, and easy active
component penetration.
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These qualities have been touted as advantageous
for the sunscreen, moisturizing, and anti-aging
formulation for cosmetics in the market.
Additionally, it was mentioned that it aids in
giving skin care formulas a pleasant
after-application sensation.
Ability to provide no sticky, creaming, or
sedimentation after applying cosmetics.
The mechanism involved in the creation of
micellar nanoparticles in a nanoemulsion system
was reviewed by the authors in this paper.
An appropriate hydrophilic-lipophilic balance
(HLB) value of the surfactant and a greater
degree of surface charge among surfactant
aggregations can be used to successfully create
small micellar nanoparticles.
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Additionally, micellar nanoparticles have been
created in a nanoemulsion system using high- and
low-energy emulsification processes. The
creation process for smaller micellar
nanoparticles and their use in commercial beauty
products. Additionally, it shows how the use of
nanotechnology in a variety of cosmetic markets
has enormous promise. It is suggested that other
industries, such as food and pharmaceuticals, use
the effective nanoemulsion delivery technology
seen in formulation for cosmetics.
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CHALLENGES OF COSMECEUTICAL PRODUCT
DEVELOPMENT
Nanosomes, liposomes, fullerenes, solid
lipid nanoparticles, and other forms of
nanomaterials are used in cosmetic product
development. Concerns about the safety of these
nanocosmetics have recently been raised, which
has compelled the cosmetic product development
companies to restrict.
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the use of nanotechnology in cosmetic product
development and to enforce rules requiring them
to go through a thorough safety review before
they are put on the market. In this assessment,
attention is placed on the various cosmetic
companies' usage of different types of
nanomaterials, the possible hazards these
materials pose to both human life and the
environment, and any restrictions that have been
implemented or may be implemented to address
these concerns.
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SOLUTION
In the modern world, the utilization of
engineered nanomaterials has increased. With its
improved qualities, it has also attracted the
attention of the cosmetic industry. They are
switching their attention from cosmeceuticals to
nano cosmeceuticals by incorporating
nanotechnology into most of their manufacturing
processes. However, there is a lot of worry
about the safety of these nanocosmetics for both
humans and the environment.
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