Automated Coverslippers Market 2024 – Market Size & Segments Analysis, Industry Trends, Manufacturers Analysis, Opportunities and Forecast 2034
Page: 215 | Report Code: CM241224 | Research Suite: Report (PDF) & Market Data (Excel)
Automated coverslippers are cutting-edge lab equipment
designed to simplify the process of preparing microscope slides by applying
coverslips to mounted specimens. These devices improve slide preparation
quality, uniformity, and efficiency—all of which are critical for a number of
fields, including pathology, cytology, and histology. The automation of this
process reduces the amount of manual work and minimizes human error, resulting
in more reliable results.
MARKET
OVERVIEW
The automated coverslippers market is valued at approximately USD 179.3 million in 2023 and is projected to reach USD 313.15 million by 2034 exhibiting a compound annual growth rate (CAGR) of 5.2% during the forecast period of 2024-2034. The accuracy of automated coverslipping guarantees consistent mounting media and coverslip application on every slide. This constancy is essential for precise microscopic analysis, particularly in diagnostic settings where integrity of samples significantly affects outcomes.
GROWTH
DRIVERS
The increasing demand for histopathological services is one
of the main factors propelling the market for automated coverslippers. As the
world's population ages, chronic diseases like cancer are becoming more
prevalent, necessitating more tissue analyses and biopsies. For instance,
according to the World Health Organization (WHO), the number of cancer cases in
2050 is expected to reach 35 million, which is a 77% increase from the
estimated 20 million cases in 2022. This surge is increasing the demand for
effective laboratory procedures, such as slide preparation.
The demand for high throughput in diagnostic laboratories is
another significant factor that contributes to the market growth. The
increasing patient volumes in healthcare facilities require rapid processing of
samples to ensure timely diagnosis and treatment planning; thus, driving demand
for automated coverslipper.
The adoption of automated solutions that reduce variability
associated with manual processes is fueling the growing emphasis on enhancing
diagnostic accuracy across healthcare settings. Automated coverslippers assist
in standardizing procedures, resulting in more reliable results.
MARKET
SEGMENTATION:
By Type
–
·
Automatic Glass Coverslipper
·
Automatic Film Coverslipper
By Rate
of Coverslips -
·
300 Slides/Hour
·
400 Slides/Hour
·
600 Slides/Hour
·
Other Rate of Coverslips
By End
User -
·
Hospitals
·
Research Institutes
By
Region -
·
North America
·
Europe
·
Asia Pacific
·
Latin America
·
Middle East & Africa
Automated
Coverslippers Market By Type Segment Review:
Automatic glass coverslippers are the preferred
choice in laboratories that prioritize high-quality imaging and sample
preservation. For precise diagnosis, the use of glass coverslips guarantees
minimal distortion and optimal clarity.
In comparison to glass, automatic film coverslippers frequently often utilizes less expensive materials, making them a more budget-friendly option for many laboratories. This cost advantage promotes their adoption among smaller labs or those with limited budgets.
Automated
Coverslippers Market By Rate of Coverslips Segment
Review:
The 400 slides/hr automated coverslippers process are
designed for laboratories with moderate throughput requirements. These devices
are frequently used in smaller labs or those that do not require high-volume
processing. Since they provide a balance between efficiency and cost, they are
a desirable alternative for facilities that handle fewer samples but still want
to automate the coverslipping process to enhance workflow and reduce manual
labor.
On the other hand, automated coverslippers that process 600
slides/hr are suitable for high-throughput laboratories that need quick
turnaround times for sample processing. These devices use cutting-edge
technology to guarantee accuracy and speed, allowing labs to effectively handle
higher slide quantities. This increasing capacity can significantly enhance
productivity, especially in environments where time-sensitive results are
crucial, such as clinical pathology labs.
Automated
Coverslippers Market By End Users Segment Review:
Hospitals are major users of automated coverslippers because
of their extensive pathology departments that require high-throughput
processing of tissue samples. Hospitals seek automated solutions to handle
large volumes of slides with precision and speed due to the necessity of
efficiency in diagnostic processes.
Research institutes are another vital sector for the
automated coverslipper market. Research institutions utilize automated
coverslippers for various applications, such as molecular biology investigations,
immunohistochemistry, and histology. The adaptability of these devices allows
researchers to use them for various protocols as required.
Automated
Coverslippers Market By Region Segment Review:
The market in North America is expected to dominate the
automated coverslipper market due to its well-established healthcare
infrastructure and high adoption rates of advanced technologies. Asia-Pacific
is expected to grow rapidly in this market due to their rapid economic
development and increasing healthcare spending.
Regional
Synopsis:
North America is anticipated to be the largest market for automated
coverslippers due to technological advancements and high adoption rates among
research institutions and hospitals. The region further benefits from the
presence of numerous key players and their ongoing investments in laboratory
automation.
Europe is another crucial player in this market, driven by robust
healthcare systems and an increasing incidence of chronic diseases such as
cancer and cardiovascular conditions. Additionally, government initiatives that
aim to improve healthcare services is likely to increase market growth in this
region.
The market in the Asia Pacific is expected to grow at the
maximum rate during the forecast period due to region’s rapid economic
development, improving healthcare infrastructure, and increasing healthcare
expenditure.
In Latin America, challenges such as varying levels of healthcare infrastructure across different countries is expected to impact market growth rates. However, ongoing expenditures on modernizing healthcare are likely to create opportunities for market expansion.
The market for automatic coverslippers is smaller in the
Middle East and Africa, but show potential for growth due to rising investments
in healthcare infrastructure. As countries in this region strive to improve
their diagnostic capabilities, the demand for automated laboratory equipment is
expected to rise gradually.
Key
Challenges:
The high initial cost associated with purchasing automated
coverslippers is one of the main obstacles limiting their widespread adoption.
It becomes difficult for many laboratories, especially smaller ones or those
with limited budgets, to bear this expense of advanced automation equipment.
The cost barrier is likely to discourage potential buyers from transitioning
away from manual processes, which is often more cost-effective in the short
term.
For operation and maintenance, automated coverslippers
frequently require certain degree of technical expertise. A significant
investment in training staff is necessary to ensure its effective use. The
steep learning curve that comes with new technology is likely to result in
resistance among workers who are used to traditional methods. If not addressed
properly, this challenge is expected to slow down the implementation process of
automated coverslippers and reduce its overall efficiency.
Competitive
Landscape:
The global market for automated coverslippers is
characterized by a mix of key players, each striving to enhance their market
presence through various strategies such as technological advancements,
strategic partnerships, and sustainability initiatives.
Companies are significantly investing in research and
development to develop advanced automated coverslipping systems that offer
improved efficiency, precision, and user-friendliness. This involves
incorporating state-of-the-art technologies into their offerings, such as the
Internet of Things and artificial intelligence (AI). These technologies allow
manufacturers to differentiate their offerings from competitors and attract
more customers by enhancing their product functionalities.
Key
Players:
·
Leica Biosystems
·
Thermo Fisher Scientific
·
Bio-Optica
·
Sakura Finetek
·
General Data
·
MEDITE Medical GmbH
·
Agilent
·
BIONEON DIAGNOSTICS
·
Dakewe (Shenzhen) Medical Equipment
Co., Ltd.
·
SLEE medical GmbH
·
Other Key & Niche Players