The American Journal of Engineering and Technology
237
https://www.theamericanjournals.com/index.php/tajet
TYPE
Original Research
PAGE NO.
237-242
10.37547/tajet/Volume07Issue03-21
OPEN ACCESS
SUBMITED
26 January 2025
ACCEPTED
27 February 2025
PUBLISHED
27 March 2025
VOLUME
Vol.07 Issue03 2025
CITATION
Kseniia Pereshliuga. (2025). Application of Modern Technologies and
Hybrid Solutions in Manicure. The American Journal of Engineering and
Technology, 237
–
242.
https://doi.org/10.37547/tajet/Volume07Issue03-21
COPYRIGHT
© 2025 Original content from this work may be used under the terms
of the creative commons attributes 4.0 License.
Application of Modern
Technologies and Hybrid
Solutions in Manicure
Kseniia Pereshliuga
Founder of the educational project in the beauty service industry -
NailMentor Pro Aventura, USA
Abstract:
This study provides a comprehensive analysis
of the implementation of modern technologies and
hybrid solutions in the manicure industry. Innovative
trends are examined, including AI-powered nail
printers, augmented reality applications, 3D printing,
robotic
manicure
systems,
and
the
unique
characteristics of hybrid manicure techniques that
combine
the
advantages
of
traditional
and
contemporary coatings. The research is based on an
analysis of existing studies as well as publicly available
data from online sources. The applied methodological
approaches allow for an assessment of the potential of
digital innovations in improving the quality, durability,
and safety of manicure procedures. The findings
demonstrate that the integration of innovative
technologies and hybrid techniques can not only
fundamentally transform the aesthetic aspects of nail
application but also optimize technological processes in
the beauty industry. This study presents an
interdisciplinary approach that merges cosmetology
with advanced technological solutions, fostering the
development of new business models, educational
programs, and technological breakthroughs in nail
application. The insights provided in this article will be
valuable for professional nail technicians, beauty salon
owners, researchers, entrepreneurs, technology
developers, and educational institutions, as modern
technologies and hybrid solutions contribute to
workflow optimization, service quality enhancement,
and the advancement of innovation in the beauty
industry.
Keywords:
innovative technologies, hybrid manicure,
nail art, artificial intelligence, augmented reality, 3D
printing, robotic manicure, laser engraving, aesthetic
cosmetology.
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Introduction:
In recent years, the advancement of digital
technologies has significantly transformed the beauty
industry. Innovative solutions such as AI-powered nail
printers, augmented reality applications, 3D printing,
and robotic manicure systems are expanding
possibilities for personalization and automation of
procedures. At the same time, hybrid manicure
techniques, which combine the advantages of
traditional coatings with advanced formulations, are
gaining popularity due to their durability and minimal
impact on nail health.
The relevance of this topic is determined by the
necessity of an interdisciplinary analysis of the
influence of high-tech solutions on the quality of results
and the safety of procedures in the context of the rapid
development of both the beauty industry and digital
technologies.
An analysis of previous studies indicates an active
implementation of modern technologies and hybrid
solutions in the manicure industry, leading to
interdisciplinary research aimed at bridging the gap
between traditional aesthetic procedures and high-
tech innovations. The electronic resources "The
Intersection of Technology and Nail Art: How Tech is
Revolutionizing the Manicure Industry" [1] from
itechsummary and "Advantages and Disadvantages of
Hybrid Manicure" [2] from madamelie provide a
foundation
for
understanding
technological
transformation. They identify a research gap related to
the insufficient integration of digital tools with
traditional manicure techniques. Their objective is to
assess the effectiveness and perception of innovative
approaches, while their novelty lies in the
comprehensive analysis of digital trends. The authors
hypothesize that high-tech solutions can enhance
service quality and personalization, with the
methodology based on comparative analysis and
industry expert surveys.
Another group of sources focuses on broader trends in
cosmetology and aesthetic therapy, as exemplified in
the study by Skiba R. [3]. This research demonstrates
that modern cosmetology is increasingly incorporating
technological advancements into beauty procedures.
The research gap is attributed to the lack of a
systematic analysis of how new methods impact
traditional service models. The study aims to
systematize contemporary technological trends, with
the author's hypothesis suggesting that the synergy of
innovative methods with sustainable practices could
lead to a qualitative leap in aesthetic services. The
methodology involves market analysis and comparative
studies of innovative technologies.
A third group of studies examines diagnostic and
imaging technologies used for the assessment of nail
structures. Sechi A. et al. [4] in a study on image-based
diagnostics of nail disorders and Dogdu M. et al. [6] in
research on dermatoscopic evaluation of capillary
structures highlight a research gap in the limitations of
current diagnostic tools for accurate and early
detection of nail pathologies. These studies aim to
develop and test new visual diagnostic methods based
on modern image processing algorithms to improve
diagnostic objectivity and accuracy. Their novelty lies in
the use of automated analysis systems, and the authors
hypothesize that integrating computer vision into
dermatological practice can significantly reduce the
time required for diagnosis. The methodology includes
clinical trials, comparative analysis with traditional
methods, and machine learning applications for data
interpretation.
A fourth group of sources explores the application of
machine learning in related fields, which, despite its
broader scope, is relevant for understanding the
potential of digitalization. Vanrolleghem P. A. et al. [5]
discuss the use of machine learning algorithms in data
analysis. The research gap stems from the lack of
consideration for the specific needs of the cosmetic
industry. The study aims to adapt algorithmic solutions
for new applications, with its novelty reflected in its
interdisciplinary approach. The authors hypothesize
that machine learning methods can be effectively
adapted to optimize business processes and improve
service quality in the manicure industry. The
methodology relies on analytical modeling and
experimental validation of algorithms.
Finally, the fifth group includes publications addressing
managerial and entrepreneurial aspects of the beauty
industry. Nguyen B. [7], in a business plan for a beauty
salon in Helsinki, identifies a research gap in the lack of
integrated models that combine traditional services
with innovative cross-cultural elements. The study aims
to develop a model that merges aesthetic and culinary
innovations, reflecting the author's hypothesis about
the potential synergy between different industries. The
methodology is based on strategic market analysis, case
studies, and business trend forecasting.
The presented analysis highlights successful examples
of the application of nanotechnology and digital
diagnostics in nail application. However, a research gap
remains due to the lack of a systematic study of the
interaction between digital technologies and hybrid
manicure solutions, which hinders the development of
optimal recommendations for improving procedure
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The American Journal of Engineering and Technology
quality and minimizing adverse effects on the nail plate.
The objective of this study is to analyze the potential
applications of digital technologies and hybrid methods
in the manicure industry, assessing their effectiveness
in terms of personalization, coating durability, and nail
health safety.
The scientific novelty of this study lies in its first-time
exploration of modern technological solutions and
hybrid methodologies in nail application, based on a
broad analysis of diverse scientific perspectives. This
approach establishes a foundation for further research
in the field.
The authors hypothesize that the integration of modern
technologies with hybrid manicure techniques
enhances the aesthetic quality and durability of
coatings while reducing the risk of damage to the
natural nail plate compared to traditional methods.
The methodology is based on an analysis of previous
studies as well as data available from online sources.
1. Modern technologies used in manicure application
The advancement of digital technologies has a direct
impact on various fields, including the beauty industry.
In manicure application, new methods and devices are
emerging that not only expand design possibilities but
also enhance precision, speed, and durability. For a
clearer representation, Figure 1 illustrates the existing
modern technologies utilized in the manicure process.
Fig.1. Modern technologies used in the process of applying manicure [1,2].
One of the significant advancements is the
development of AI-powered nail printers. These
devices operate by scanning the shape and size of the
nail and then using image recognition algorithms to
create intricate patterns. The use of UV radiation to
cure printed ink ensures the durability and precision of
the design application. This technology allows users to
select or upload images from extensive databases,
enabling full personalization of manicure designs.
Augmented reality (AR) also plays a role in the
manicure industry by allowing virtual previews of nail
designs before their actual application. AR applications
enable users to visualize different styles on their nails
using mobile devices or tablets. This technology reduces
the risk of dissatisfaction with the final result and helps
optimize design selection by considering color
combinations and proportions [2,3].
3D printing enables the creation of intricate textured
patterns that are difficult or impossible to achieve
manually. By using safe materials such as gels and
acrylics, specialists can program printers to produce
highly detailed textures and ornaments, expanding the
Printers equipped with AI
An additional reality
3D printing
Robotic systems capable of applying manicures
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aesthetic possibilities for customization [4,7].
Robotic manicure integrates automated tools capable
of applying polish, preparing the nail plate, and even
creating basic designs with high speed and precision.
This approach minimizes human error and improves the
overall quality of the final result [3,6].
For a more detailed overview, Table 1 presents the key
modern technologies used in manicure application.
Table 1. The main modern technologies used in applying manicure [1,2].
Technology
Features
Advantages
Limitations
and
prospects
AI-powered
nail printers
Nail plate scanning, image
recognition
algorithms,
UV curing
High
precision,
personalization,
fast
application
High
cost,
limited
design database
AR
applications
for
virtual
previews
Instant
3D
modeling,
interactive design display
Reduced
risk
of
unsatisfactory selection,
convenient
pre-
evaluation
Limitations in color and
texture accuracy, device
requirements
3D printing in
nail art
Automated
creation
of
complex textured patterns,
use of safe materials
Unique textures, high
level of detail
Requires
specialized
equipment,
technological
complexity
Robotic
manicure
Automated
polish
application, programmable
procedures
Standardization
of
procedures,
minimized
errors, high speed
Limited
creative
freedom,
dependence
on software capabilities
Modern
manicure
technologies
demonstrate
significant potential for transforming traditional
aesthetic procedures. The integration of artificial
intelligence, augmented reality, 3D printing, and
robotic systems not only expands creative possibilities
for professionals but also enhances the quality,
precision, and durability of manicure applications.
Further research in this field will contribute to
optimizing these technologies and expanding their
implementation in both professional and consumer
settings.
2. Hybrid solutions in manicure
Hybrid solutions in manicure represent a method that
combines the advantages of traditional nail polishes
and gel technologies. This approach aims to achieve
enhanced durability and aesthetic appeal while
minimizing the negative impact on the natural nail
structure. The foundation of hybrid solutions lies in
comprehensive nail plate preparation, optimized use
of coating materials, and improved application
techniques, ensuring an extended lifespan of the
manicure.
Before applying hybrid polish, the following steps must
be completed:
●
Dead skin must be removed, and the cuticle
should be pushed back to create a clean and smooth
surface for the application.
●
The nail plate should be buffed to enhance
microporosity, improving adhesion between the polish
and the nail [2].
Thorough cleansing with specialized products ensures
strong bonding between the hybrid formula and the
nail. Improper nail preparation can lead to chipping, nail
damage, and a reduction in the overall durability of the
coating, emphasizing the importance of adhering to all
preparation stages [4,6]. Although the application
process of hybrid coatings requires more time and
specialized equipment, such as a UV lamp and
professional nail preparation tools, it represents a
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The American Journal of Engineering and Technology
reasonable balance between long-lasting wear and nail
health preservation.
The future development of hybrid solutions is
associated with material optimization, advancements
in application techniques, and the integration of digital
tools for quality control. The implementation of digital
diagnostics for assessing the nail plate condition and
customizing formulations can help reduce the risk of
allergic reactions and nail damage. Additionally,
ongoing research in material science suggests the
potential emergence of new, less aggressive formulas
that provide high durability and aesthetic appeal while
minimizing harm to the nails [2,3]. A comparative
analysis of manicure application methods is presented
in Table 2.
Table 2. Comparative analysis of manicure methods [1,2].
Parameter
Hybrid manicure
Gel manicure
Acrylic manicure
Traditiona
l polish
Durability
Up to 1 month
3–4 weeks
3–4 weeks
Up
to
1
week
Impact on
nail plate
Moderate (with proper
preparation)
High
(contains
more
aggressive
chemicals)
High (requires frequent
maintenance
and
corrections)
Low
(minimal
impact)
Application
complexity
High
(requires
thorough preparation
and equipment)
Medium (standard
application
methods)
Medium
(specific
mixing techniques)
Low
(simple
application)
Cost
Medium
High
High
Low
Hybrid solutions in manicure demonstrate the
potential to integrate the aesthetic and functional
benefits of various coating methods. Proper execution
of the procedure, from nail plate preparation to the
optimization of application techniques, ensures long-
lasting results while preserving nail health. Future
research in this field should focus on improving
materials and incorporating digital tools, which may
lead to the development of even safer and more
effective nail care techniques.
CONCLUSION
In summary, the modern manicure industry is
undergoing a phase of qualitative transformation
driven by the integration of digital technologies and
hybrid solutions. A review of the literature indicates
that AI-powered nail printers, AR applications, 3D
printing, and robotic systems expand the creative
possibilities for professionals while ensuring high
precision and durability of manicure coatings. At the
same time, hybrid manicure techniques, which
combine traditional and modern methods,
demonstrate an optimal balance between aesthetics
and the safety of the natural nail plate, as confirmed by
a comparative analysis of various approaches.
Thus, the integration of high-tech solutions into
traditional manicure practices not only enhances service
quality but also lays the foundation for the sustainable
development of the beauty industry, which is essential
for both professionals and consumers. Further research
in this area should focus on the development of new,
less aggressive formulations and the improvement of
digital tools to enable even safer and higher-quality
manicure services.
REFERENCES
The Intersection of Technology and Nail Art: How Tech
is Revolutionizing the Manicure Industry . [Electronic
resource]
Access
mode:https://www.itechsummary.com/the-
intersection-of-technology-and-nail-art-how-tech-is-
revolutionizing-the-manicure-industry / (date of access:
03.02.2025).
The American Journal of Engineering and Technology
242
https://www.theamericanjournals.com/index.php/tajet
The American Journal of Engineering and Technology
Advantages and disadvantages of hybrid manufacture.
[Electronic
resource]
Access
mode:
https://madamelie.com/advantages-and-
disadvantages-of-hybrid-manicure / (date of access:
03.03.2025).
Skiba R. Advances in Cosmetology: Beauty Therapy
Technology, Treatments, Sustainability, and Holistic
Wellness.
–
After Midnight Publishing, 2025.
–
pp.25-
57.
Sech
i A. et al. Advances in image‐based diagnosis of
nail disorders //Journal of the European Academy of
Dermatology and Venereology.
–
2024.
Vanrolleghem P. A. et al. Machine learning in
wastewater: opportunities and challenges
—“not
everything is a nail!” //C
urrent Opinion in
Biotechnology.
–
2025.
–
Vol. 93.
–
pp. 2-9.
Dogdu M. et al. Dermatoscopic assessment of nailfold
capillary structures in connective tissue diseases
//Archives of Dermatological Research.
–
2024.
–
Vol.
316 (10).
–
pp. 679.
Nguyen B. Business plan for a beauty salon in Helsinki:
a combination of the beauty spa model and
Vietnamese cuisine.
–
2024.
–
pp. 1-38.
