Laser
Interferometers Market 2022 - Market Size & Forecast, Industry Trends,
Manufacturers Analysis, & Opportunities 2030
Page: 384 | Report Code: SE22110603 | Research Suite: Report (PDF) & Market Data (Excel)
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Laser interferometers
are typically systems that utilize laser as a source of light for offering precise
resolution and accuracy. They are widely used across the automotive, semiconductor,
and defense & aerospace industries to detect wafer uniformity, the quality
& flatness of the surface, defects, analyzing air flows, metrology
applications, quality control and inspection, such as exact measurement of
industrial parts, dimensional analysis, position control, machine calibration,
etc.
Growth Drivers:
The primary factors
responsible for the growth of the global laser interferometers market include:
the proliferating adoption of laser interferometers among various end-user
industries; the rising demand for automobiles, especially in the developing
nations including India, China, Japan, Australia, and others: the burgeoning
global demand for 3D metrology services; and the surging expenditure on R&D
activities by leading market players.
Additionally,
the demand for consistent approvals and quality control processes for ensuring
the proper maintenance of standards across the automotive and aerospace, and
other industry verticals has been witnessing a steep upsurge since the last few
years. Quality control is an essential component in the production process that
utilizes interferometers for a variety of applications. With the growing demand
for quality control across industries, the demand for laser interferometers is
slated to increase in the next few years.
Moreover, the
market players operating in the market are continuously engaging themselves in
various R&D activities to improve the quality of the existing
interferometers and develop new and advanced ones. They are also looking to
expand their geographical presence by setting up new production plants across
major parts of the globe. All these factors are creating ample opportunities
for the global laser interferometers market to grow in the next few years.
Furthermore,
other factors such as the rapidly changing consumer demand for industrial
products and the soaring technological developments in the measuring techniques
leading to an enhanced need for more accurate and precise industrial products
are expected to further bolster the growth of the global interferometers market
during the forecast period.
However, factors
such as: the high cost associated with laser interferometers and the dearth of knowledge
regarding these high - quality products among people are expected to hinder the
growth of the global laser interferometers market to some extent during the
forecast period.
Laser Interferometers Market Segmentation:
By Product:
·
Michelson Interferometer
·
Fabry–Perot Interferometer
·
Fizeau Interferometer
·
Mach–Zehnder Interferometer
·
Sagnac Interferometer
·
Twyman–Green Interferometer
By Type:
·
Homodyne
·
Heterodyne
By Application:
·
Surface Topology
·
Engineering
·
Applied Sciences
·
Biomedical
·
Semiconductor Detection
·
Others
By End-User Industry:
·
Automotive
·
Aerospace & Defense
·
Industrial
·
Life Sciences
·
Electronics Manufacturing
·
Telecommunication
·
Others
By Region:
·
North America
·
Europe
·
Asia Pacific
·
Latin America
·
Middle East and Africa
Based on product, the Fizeau
interferometers segment acquired the largest share of the global laser
interferometers market in 2021. The segment is anticipated to continue with the
trend and attain the highest growth in the global laser interferometers market
during the forecast period. The high demand and usage of Fizeau interferometers
across various end-user verticals for measuring transmission quality of optics and
dimensional measurements of flats and surfaces is the major factor behind the
large share and high growth of this particular segment.
Based on end-user industry,
the automotive segment captured the largest share of the global laser
interferometer market in 2021. The segment is projected to continue to lead the
market during the forecast period due to the surging adoption of optical
interferometry for high-precision dimensional measurement, verification of
objects, and geometrical tolerances and the growing sales of automobiles as a
result of the rising disposable incomes and purchasing power of people across
the globe.
Regional Outlook:
The European
region led the global laser interferometers market in 2021, followed by North
America. The region is predicted to retain its dominance further in the market
during the forecast period of 2022-2030. Factors such as the rapidly growing
end-user industries; the fast-paced adoption of laser interferometers by these
end-user industries; the presence of leading market players; the expanding production
capacities; and the enhancing transport, energy, and labor costs in the region
that aid in improving the profit margin of the players are majorly driving the
growth of the market in the region.
The Asia
Pacific region is poised to emerge as the fastest-growing regional market for
laser interferometers during the forecast period. The growth of the market in
the region can be well attributed to factors including the rising adoption of
precision measurement by manufacturers; the growing requirement of critical
measurement systems in several end-user sectors; the large-scale adoption of
optical measurement technologies for various industrial applications, and the high
usage of laser interferometers in the automotive, aerospace & defense, and
industrial verticals in the emerging economies of the region. Moreover, the
ever-increasing population base, the high economic growth, and the rising
emergence of leading market players and their manufacturing units in the region
are also expected to aid in the swift expansion of the laser interferometers
market in the Asia Pacific region. India, China, and Japan are the leading
contributors to the growth of the market in the region.
Key Companies in Laser Interferometer Market:
·
Carl Zeiss AG
·
Aerotech Inc.
·
Status Pro
·
Olympus Corp.
·
4D Technology Corporation
·
Logitech Limited
·
Renishaw
·
Agilent
·
Optodyne, Inc.
·
QED Technologies
·
SIOS MeŸtechnik GmbH
·
Zygo Corporation
·
Automated Precision Inc (API)
·
Keysight Technologies
·
Mahr GmbH
·
M-LLER-WEDEL OPTICAL GmbH
·
TOSEI ENGINEERING CORP.
·
Other Players