Diffractive Optical Element (DOE) Market 2024 – Market Size & Segments Analysis, Industry Trends, Manufacturers Analysis, Opportunities and Forecast 2034
Page: 215 | Report Code: SE241022 | Research Suite: Report (PDF) & Market Data (Excel)
Diffractive optical element is an optical component that
deflects the lights precisely into multiple orders. They are made from
microstructures that control the phases of lights which passes through it.
Unlike traditional lenses and mirror technology that reflects or refract,
diffractive optical element uses the principle of diffraction of like in order
to achieve functions like beam shaping, beam splitting and other customized
solutions for different types of application.
MARKET
OVERVIEW
The market valuation of the diffractive optical element (DOE) market was valued at approximately USD 706.2 million in 2023 and is projected to reach USD 1.2 billion in 2034 exhibiting a CAGR of 8.1% during the forecast period of 2024-2034. Diffractive optical element (DOE) enables to shape the light efficiently and improve overall system performance and flexibility. The market is aligned with diverse sectors, which makes it a sustainable and growing market.
GROWTH
DRIVERS
The growth in laser-based applications where the industries
are adopting laser technologies for several applications including material
processing, surgeries, etc., significantly drives the market towards growth.
The rapid growth and advancements in augmented reality and virtual reality is
one of the significant drivers of the market as their optical systems require
high efficiency and light weight optics. The healthcare sector leverages
diffractive optical element for medical imaging and diagnostics where it
enhances the imaging quality, propelling the demand of the market. The DOEs
plays a crucial role in autonomous vehicle driving, where with the help of beam
shaping it improves the detection accuracy, contributing towards market growth.
MARKET
SEGMENTATION:
·
By Type- beam
shapers, Beam splitters, diffusers (homogenizers) and others
·
By Component Type- binary/multilevel
DOE, diffractive lenses, diffusers and gratings
·
By Application-AR/VR,
Aberration Correction, Laser material processing, Sensing and Imaging,
Communication, Rapid Optical Prototyping, Illumination System, Lightweight
Optics, Biomedical devices, Lithography, Spectroscopy, Lidar and Others
·
By End Users- Automotive,
Aerospace and Defense, Medical, Semiconductor, Electronics, IT and
Telecommunications, Industrial and Others
·
By Region- North America,
Europe, Asia Pacific, Middle & Africa and South America
Diffractive
Optical Element (DOE) Market Segment By Type Review:
The beam shapers are designed to transform a laser beams intensity profile into a specific shape like flat top, ring or any other customized shape. They find applications in industries where laser material processing, medical lasers and micro machining is required. The beam splitters divides a single laser of beam into multiple beams with controlled precision and energy distribution which makes them ideal for multi-channel systems and parallel processing like lithography, metrology and optical communication systems. The diffusers and homogenizers evenly spreads the intensity of laser beams in order to create uniform illumination. This feature is highly beneficial in lighting projections systems and display technologies like AR/VR technologies, ensuring even light distribution improving the product performance.
Diffractive
Optical Element (DOE) Market Segment By Component Type Review:
The binary/multi level DOEs are the components that
modulates the light based on the precise phase shifts where binary have two
levels of phase shift while the multi level deals offers more than two,
allowing greater control over light manipulation. The diffractive lenses
operates on the principle of diffraction in order to focus or deflect the
light providing greater precision than traditional refractive lenses. The
optical diffusers are the components that scatters the light in order to create
a uniform intensity distribution. It plays a crucial role in enhancing the
performance of projection systems and lighting technologies by ensuring
efficient and even light distribution. The diffractive gratings are the
optical elements that splits the light into several beams travelling in
different directions depending upon the wavelength.
Diffractive
Optical Element (DOE) Market Segment By Application Review:
The diffractive optical elements plays a crucial role key role in enhancing AR/VR systems as they provide improved light control image clarity and compact optical designs, they also enable lightweight and thin optical displays that are crucial for reliable technologies like AR and VR headsets. It is used in laser material processing as they improve precision in applications like cutting, welding, drilling, engraving, etc. They are widely used in optical communication systems like fiber optics where they help in signal multiplexing, beam steering and wavelength differentiation that allows for more efficient data transmission.
It enables high precision light
manipulation in the field of biomedical devices where it finds applications in
laser surgery, diagnostic imaging and biophotonics, it enhances the accuracy
and efficiency of medical devices by providing detailed imaging and improved
light focusing. DOEs play the crucial role in lithography, mainly in
production of semiconductors and microchips where they helps to focus and
manipulate light beams to create integrate patterns on silicon wafers. They are
employed spectroscopy for wavelength dispersion, allowing the detailed analysis
of materials based on the light absorption or emission.
Diffractive
Optical Element (DOE) Market Segment By End Users Review:
The automotive utilizes diffractive optical elements in the laser-based sensors, head up displays and lidar systems, where it helps to improve the safety precision and driving assistance technologies. In the medical industry, it is utilized in the laser surgery, diagnostic imaging and biophotonics for precise light control as they enhance the capabilities of medical lasers and imaging equipment.
The semiconductor industry uses DOEs
for lithography processes, enabling precise light control for microchip
production whereas electronics uses it for applications like display
technology optical sensors and lighting systems, making valuable in the
production of smartphones, televisions and other gadgets. Telecommunications
uses DOEs in the fiber optic communication systems for the purpose of signal
processing for efficient and reliable data transmissions.
Diffractive
Optical Element (DOE) Market Segment By Regional Review:
North America is a significant market driven by the strong presence of high-tech industries in sectors like aerospace and defense and automotive. Europe is a valuable market driven by the focus on renewable energy solutions coupled with the advancements in AR/VR technologies. Asia Pacific is a rapidly growing market driven by the presence of robust manufacturing ecosystem and expanding consumer electronics market. The Middle East and Africa is a promising market driven by the investments in renewable energy sector. South America market is projected to grow driven by the focus on renewable energy.
Key
Challenges:
The design of the diffractive optical element (DOE) is very
complex as it is based on the calculations of wave properties of light,
requiring expertise in this field where lack of expertise or skill is one of
the significant challenges for the market. The materials used in the
manufacturing of DOEs, such as glass and polymers may face durability issues
under extreme conditions like high temperature and harsh chemicals.
Competitive
Landscape:
In the highly competitive diffractive optical element (DOE) market, companies are investing heavily in research and development to innovate and improve their products and services. They are also collaborating, forming strategic partnerships, or acquiring other companies to gain access to new market segments, enhance distribution networks, and increase market share. The recent key news and development includes- In January 2024, Holoeye Photonics AG launched 15 standard off-the-shelf diffractive optical elements in glass. These DOEs are fabricated from fused silica glass using etching techniques, with an anti-reflective coating applied to both sides of the glass substrate.
There are
10 multilevel DOEs that are optimized for wavelengths around 1030 nm and 5
binary DOEs that are optimized for wavelengths around 1550 nm. In October 2023,
Coherent Corp., a leader in industrial laser optics, announced the launch of a
new product line of diffractive optical elements designed for high-power
industrial lasers. These DOEs can achieve high optical efficiency and uniform
laser beams. In November 2022, Jenoptik, a leader in high-performance optical
and photonic systems, announced the latest expansion of its manufacturing
operations in Florida. The new 7,110-square-foot addition will feature both,
open and modular cleanroom manufacturing areas, increasing the total
production, engineering, and administrative space of the facility'to 77,985
square feet.
Global
Key Players:
·
Jenoptik
·
Zeiss
·
Broadcom
·
Apollo Optics
·
Edmund Optics
·
AGC
·
Coherent
·
Holo Eye
·
Nil Technology
·
Nalux
· Other Players
Attributes |
Details |
Base Year |
2023 |
Trend Period |
2024 – 2034 |
Forecast Period |
2024 – 2034 |
Pages |
215 |
By Type |
Beam Shapers, Beam Splitters,
Diffusers (Homogenizers) and Others |
By Component Type |
Binary/Multilevel DOE,
Diffractive Lenses, Diffusers and Gratings |
By Application |
AR/VR,
Aberration Correction, Laser Material Processing, Sensing And Imaging, Communication,
Rapid Optical Prototyping, Illumination System, Lightweight Optics, Biomedical
Devices, Lithography, Spectroscopy, Lidar and Others |
By End Users |
Automotive, Aerospace and
Defense, Medical, Semiconductor, Electronics, IT and Telecommunications, Industrial
and Others |
By region |
North America, Europe,
Asia Pacific, the Middle East and Africa, and South America |
Company Profiles |
Jenoptik, Zeiss, Broadcom, Apollo
Optics, Edmund Optics, AGC, Coherent, Holo Eye, Nil Technology, Nalux, Other
Players |
Edition |
1st edition |
Publication |
October 2024 |