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市場調査レポート
商品コード
1114953
電子顕微鏡の世界市場規模、シェア、産業動向分析レポート:タイプ別(走査型、透過型)、用途別(半導体、生命科学、材料科学)、エンドユーザー別、地域別展望・予測、2022年~2028年Global Electron Microscopy Market Size, Share & Industry Trends Analysis Report By Type (Scanning and Transmission), By Application (Semiconductors, Life Sciences, and Material Sciences), By End User, By Regional Outlook and Forecast, 2022 - 2028 |
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電子顕微鏡の世界市場規模、シェア、産業動向分析レポート:タイプ別(走査型、透過型)、用途別(半導体、生命科学、材料科学)、エンドユーザー別、地域別展望・予測、2022年~2028年 |
出版日: 2022年07月29日
発行: KBV Research
ページ情報: 英文 204 Pages
納期: 即納可能
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電子顕微鏡の世界市場規模は、2028年には52億米ドルに達し、予測期間中にCAGR7.8%の市場成長率で上昇すると予測されています。
ラスターの各ポイントは、一次電子ビームが表面に近い原子と相互作用した結果、粒子を放出します。低エネルギーの二次電子、高エネルギーの後方散乱電子、X線、そして光子も放出します。これらをさまざまな検出器で集め、その相対的な数からブラウン管上の各類似位置の明るさを計算することができます。最終的な画像は、試料でのラスターの大きさがブラウン管の表示画面よりかなり小さいため、試料の拡大画像となります。二次検出器、後方散乱検出器、X線検出器が適切にセットアップされたSEMは、試料の表面形状、原子組成、免疫標識の分布などを調べることができます。
COVID-19影響分析
COVID-19の発生により、貿易や経済活動は世界中どこでも影響を受けています。自動車や航空宇宙産業向けの小さなソフトウェア産業が被害を受ける一方、ヘルスケアや半導体産業向けの小さなソフトウェア市場は成長すると予想されます。世界のいくつかの国が州をあげてのロックダウンや様々な産業の一時的な閉鎖を宣言した結果、生産や製造に大きな影響を及ぼしています。貿易制限により、需給のミスマッチが深刻化しています。COVID-19の流行は、電子顕微鏡市場向け半導体を製造する企業に、現在も将来も様々な形で影響を与えると思われます。
市場の成長要因
顕微鏡技術の向上
デジタル化、超解像、ライブセルイメージング、ハイスループット技術などは、顕微鏡の技術開発の一例です。これらの進歩は、製品コストや検査コストの低減に寄与しています。最近では、拡張顕微鏡、走査型ヘリウム顕微鏡(SHeM)、多視点顕微鏡、統合顕微鏡システムなど、さまざまな顕微鏡が開発されています。電子顕微鏡とサンプル調製における最も最近の開発の中には、デジタル顕微鏡があります。デジタル画像処理は、画像の解像度と精度が高いため、試料をよりよく観察でき、画像の歪みも少なくなります。また、スライドスキャン装置が完成したことにより、デジタル顕微鏡の普及が加速されました。
倍率と被写界深度の向上
可視光の最も短い波長である約0.4マイクロメートルが、科学者が光学顕微鏡で見ることができる最大のものです。それ以下の大きさのものは光を反射しないので、光を使った装置では見ることができません。原子、分子、ウイルス粒子などがこれにあたる。電子顕微鏡は、可視光線の反射に頼らないので、これらの物体の像を映し出すことができます。電子顕微鏡では、試料に高エネルギーの電子を照射し、その電子が試料で反射・偏向したときの振る舞いを情報として画像化します。
市場阻害要因
専門家の不足
標準的な化合物顕微鏡は、物理学者や研究者が簡単に使えるものですが、高度な顕微鏡が開発されると、訓練を受けた人材が必要になります。例えば、ナノテクノロジー分野で広く使われている原子間力顕微鏡は、化学物質や生物学的化合物の特性を原子や分子のレベルで研究するため、物理学者や技術者が表面物理学や表面分析の分野で深い学際的知識を持つことが必要です。電子顕微鏡は、外部からの磁場や振動で大きなダメージを受ける繊細な技術です。電子顕微鏡は、専用のスペースで経験豊富な人材によって、常に正常な状態に保たれなければならないです。
タイプ別の展望
電子顕微鏡市場は、タイプ別に走査型と透過型に分けられます。走査型は、2021年の電子顕微鏡市場で最も高い収益シェアを獲得しました。それは、固体サンプルの表面でさまざまな信号を生成するために、高エネルギーの電子の集中ストリームが走査型電子顕微鏡(SEM)によって利用されるからです。SEMでは、最大10万倍までの拡大が可能です。被写界深度の深い3次元画像、高解像度(TEMより解像度は低い)、物体の形状・形態・組成に関する情報を得ることができます。
アプリケーションの展望
電子顕微鏡市場は、アプリケーションによって、半導体、ライフサイエンス、材料科学、その他に分類されます。ライフサイエンス分野は、2021年に電子顕微鏡市場でかなりの収益シェアを記録しました。生物試料は、ライフサイエンス電子顕微鏡の主な焦点です。これは、医薬品の開発、ウイルス検査、飲食品事業の検査などにも適用されます。医学における分子生物学や細胞生物学の対象は、高い技術力によって飛躍的に進歩しました。
エンドユーザー向け展望
電子顕微鏡市場は、エンドユーザーによって、産業、学術・研究機関、その他に分類されます。2021年の電子顕微鏡市場では、産業部門が最も高い収益シェアを獲得しました。製薬・バイオテクノロジー、半導体・エレクトロニクス、繊維、鉱業・材料科学、天然資源(石油・ガス)産業が産業セグメントの内覧会に含まれているからです。半導体やその他のエレクトロニクスを開発・生産する際、エレクトロニクス産業は高解像度のイメージングに電子顕微鏡を使用します。
地域別の概況
電子顕微鏡市場は、北米、欧州、アジア太平洋、LAMEAの各地域で分析されています。アジア太平洋地域は、2021年に電子顕微鏡市場で有望な収益シェアを獲得しました。アジア太平洋地域は、顕微鏡研究のための研究開発資金の増加、ライフサイエンスやナノテクノロジー研究における相関顕微鏡の使用拡大、顕微鏡研究のためのコラボレーションセンターの設立、OEMのための原材料や熟練労働者の手頃な価格などの要因によって燃料を供給されています。
市場参加者がとる主な戦略は、製品の上市です。カーディナルマトリックスで提示された分析に基づき、サーモフィッシャーサイエンティフィック社は電子顕微鏡市場の先駆者です。Advantest Corporation、Carl Zeiss AG、Bruker Corporationなどの企業は、電子顕微鏡市場の主要な革新者の一部です。
List of Figures
The Global Electron Microscopy Market size is expected to reach $5.2 billion by 2028, rising at a market growth of 7.8% CAGR during the forecast period.
Electron microscopy (EM) is a technique for taking high-resolution pictures of both biological and non-biological material. It is employed in biomedical research to look at the precise structure of organelles, macromolecular complexes, tissues, cells, and cells. The utilization of electrons as the source of illuminating radiation, which has extremely short wavelengths, contributes to the great resolution of EM pictures. To address particular issues, electron microscopy is combined with a range of auxiliary methods (such as thin sectioning, immuno-labeling, and negative staining.
For traditional scanning electron microscopy to work, secondary electrons must be emitted from a specimen's surface. A scanning electron microscope is the equivalent of a stereo light microscope in the EM because of its superior depth of focus. It offers intricate pictures of the surfaces of cells and entire organisms, which TEM cannot do. Additionally, it can be utilized for process control, particle size analysis, and counting. Because the image is created by rastering a focused electron beam across the specimen's surface, it is known as a scanning electron microscope.
Each point in the raster emits particles as a result of the primary electron beam's interaction with atoms close to the surface low energy secondary electrons, high-energy backscatter electrons, X-rays, and even photons. These can be gathered using a variety of detectors, and the brightness at each analogous position on a cathode ray tube can be calculated from their relative number. The final image is an enlarged image of the specimen since the size of the raster at the specimen is significantly smaller than the viewing screen of the CRT. SEMs that are properly set up (with secondary, backscatter, and X-ray detectors) can be used to examine specimen topography, atomic composition, as well as, the distribution of immuno-labels on the specimen's surface.
COVID-19 Impact Analysis
Trade and economic activity have been impacted by the COVID-19 outbreak everywhere in the world. While the small software industry for the automotive and aerospace industries is expected to suffer, the tiny software market for the healthcare and semiconductor industries is expected to grow. Production and manufacturing have been significantly impacted as a result of several countries around the world declaring statewide lockdowns and temporary closures of various industries. Trade restrictions have made the demand-supply mismatch worse. The COVID-19 pandemic will affect companies that make semiconductors for the electron microscope market in a variety of ways, both now and in the future.
Market Growth Factors
Improvements In Microscopy Technology
Digitization, super-resolution, live-cell imaging, and high throughput techniques are examples of technological developments in microscopy. These advancements contribute to lower product and testing costs. A number of microscopes have developed recently, including expansion microscopes, scanning helium microscopes (SHeM), multi-view microscopes, and integrated microscopy systems. Among the most recent developments in electron microscopy and sample preparation is digital microscopy. Better sample viewing and fewer distorted images are produced by digital imaging's greater image resolution and precision. The creation of complete slide scanning equipment has accelerated the adoption of digital microscopy.
Magnification And Depth Of Field Are Increased
The shortest wavelength of visible light, or about 0.4 micrometers, is the largest item that a scientist can view through a light microscope. Any object smaller than that in diameter won't reflect light and won't be seen by light-based equipment. These tiny items include individual atoms, molecules, and virus particles, to name a few. Because they do not rely on light from the visible spectrum to be reflected by them, electron microscopes may produce images of these objects. Instead, the sample being investigated is bombarded with high-energy electrons, and an image is created using information about how these electrons behaved as they were reflected and deflected by the sample.
Market Restraining Factors
Lack Of Professional Expertise
Standard compound microscopes are simple for physicists and lab professionals to use, but as sophisticated microscopes are developed, trained personnel are needed. For instance, to study the characterization of chemical and biological compounds at the atomic or molecular level, atomic force scanning tunneling microscopes widely used in nanotechnology require physicists or technicians to have in-depth interdisciplinary knowledge in the area of surface physics and surface analyses. A particularly sensitive piece of technology, an electron microscope can be severely harmed by external magnetic fields and vibrations. It must be kept in working order by experienced personnel in a dedicated space.
Type Outlook
On the basis of type, the Electron Microscopy Market is divided into Scanning and Transmission. The scanning segment acquired the highest revenue share in the electron microscopy market in 2021. it is because a focused stream of high-energy electrons is utilized by scanning electron microscopes (SEMs) to produce a range of signals at the surface of solid samples. Up to 100,000x of magnification is possible with SEMs. These microscopes create 3-dimensional images with a high depth of field, high resolution (less resolution than TEMs), and information on the topography, morphology, and composition of objects.
Application Outlook
Based on the Application, the Electron Microscopy Market is classified into Semiconductors, Life Sciences, Material Sciences & Others. The life sciences segment recorded a substantial revenue share in the electron microscopy market in 2021. Biological samples are the primary focus of life science electron microscopy. This also applies to medicine development, viral testing, and testing for the food and beverage business. The subject of molecular and cellular biology in medicine has made strides because of high technology.
End-User Outlook
By End-user, the Electron Microscopy Market is bifurcated into Industries, Academic & Research Institutes, and Others. The industries segment garnered the highest revenue share in the electron microscopy market in 2021. It is because pharmaceutical and biotechnology, semiconductor and electronics, textiles, mining, and material science, and natural resources (oil and gas) industries are all included in the industries segment's preview. When developing and producing semiconductors and other types of electronics, the electronics industry uses electron microscopes for high-resolution imaging.
Regional Outlook
Region-wise, the Electron Microscopy Market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The Asia pacific region acquired a promising revenue share in the electron microscopy market in 2021. The Asia Pacific is fueled due to the factors such as the rising R&D funding for microscopy research, expanding use of correlative microscopy in life science and nanotechnology research, the establishment of collaboration centers for microscopy research, and the affordability of raw materials and skilled labor for OEMs.
The major strategies followed by the market participants are Product Launches. Based on the Analysis presented in the Cardinal matrix; Thermo Fisher Scientific, Inc. is the forerunners in the Electron Microscopy Market. Companies such as Advantest Corporation, Carl Zeiss AG, Bruker Corporation are some of the key innovators in Electron Microscopy Market.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Bruker Corporation, Carl Zeiss AG, Thermo Fisher Scientific, Inc., JEOL Ltd., Nikon Instruments, Inc. (Nikon Corporation), Hitachi High-Technologies Corporation (Hitachi Ltd.), Oxford Instruments plc, TESCAN ORSAY HOLDING, a.s., Delong Instruments AS, and Advantest Corporation.
Recent Strategies Deployed in Electron Microscopy Market
Partnerships, Collaborations and Agreements:
Jun-2022: ZEISS Microscopy came into a partnership with LabCentral, a non-profit organization founded as a launchpad for biotech start-ups. Together, the companies aimed to deliver image analysis and innovative microscopy resources to high-potential life science investigators in a two-year incubator program.
May-2022: Bruker Corporation came into a partnership with TOFWERK, A Global Leader in TOF Mass Spectrometry. With this partnership, the companies aimed to deliver ultra-sensitive, high-speed spread and industrial analytical solutions, in convergence with a Bruker minority investment in TOFWERK. Moreover, the companies offer a basis for technology collaborations to promote instrument abilities and for the growth of novel analytical applications where ultra-sensitivity and high-speed matter.
Product Launches and Product Expansions:
Jun-2022: Bruker Corporation launched XFlash 7 detector series for its QUANTAXTM energy dispersive X-ray spectrometer systems. The new XFlash 7 detector series allow a chemical breakdown of material models in electron microscopes with maximum sensitivity, speed, and dependability.
Apr-2022: Advantest Corporation launched the Euclid, a new 3D image observer for its Hadatomo series of photoacoustic microscopes. The new Euclid can portray 3D images by superimposing data on the melanin in the vascular network, the skin, and the skin structure, as estimated by a Hadatomo tool, and can also efficiently form tomographic pictures. Additionally, picture production requirements can be imported as a composition file, allowing easy differentiation of measurement data.
Mar-2022: Imaris, an Oxford Instruments company introduced Imaris 9.9, the modern version of microscopy image analysis software. The new Imaris 9.9 is the most brilliant and adaptable version ever, offering segmentation with machine learning, along with open-source connections. Moreover, the addition of machine learning pixel classification, with a reflexive and interactive training mode, widens the variety of images for research as it allows electron microscopy segmentation and shapes identification.
Jan-2022: JEOL USA Inc, a wholly-owned subsidiary of JEOL unveiled JSM-IT510, a new scanning electron microscope providing automated montaging, automated imaging, and live EDS analysis. The new IT510 features JEOL Intelligent Technology allows easy navigation from optical to SEM imaging, Live EDS and 3D analysis, and auto operations from alignment to focus for clear, fast, and sharp pictures.
Dec-2021: Nikon Instruments launched the Digital Sight 10 Microscope Camera. The new camera allows the addition of both monochrome and color photos with a resolution of 6K pixels within a large field of view utilizing a single camera.
Nov-2021: Nikon Instruments unveiled AX R MP multiphoton confocal microscope. The new device provides a large area of view images, high resolution, within living organisms at a quick speed.
Nov-2021: JEOL launched the JSM-IT510 series, a new scanning electron microscope. The new JSM-IT510 series is launched to fulfill the requirements and increase throughput, developed JSM-IT510 series, which also develops the operability of JEOL famous InTouchScope. Additionally, SEM applications are expanding for basic research along with quality control at manufacturing locations.
Sep-2021: Imaris, an Oxford Instruments label launched Imaris 9.8, the advanced version of its market-leading microscopy image analysis software. The new Imaris 9.8 provides entity visualization on raised sections, jointly with the raw information which unlocks new ways of validating discovery and cleansing in Imaris. Additionally, consumers can see the accuracy of the Spots and Surfaces detection, even in a "messy" data volume with thousands of things.
Jul-2021: Thermo Fisher Scientific introduced Thermo Scientific Phenom Pharos G2 Desktop Field Emission Gun, Scanning Electron Microscope. The new FEG-SEM is designed to extend the permit to advanced nanomaterial research abilities. Additionally, The new device makes it possible for consumers to utilize a tabletop microscope to intuitively characterize the shape, size, and chemical design of a broad range of nanoparticles at high resolution.
Jul-2021-Jul Tescan Orsay introduced the AutoSlicer module for the semi-automated transmission electron microscope. the new TESCAN's AutoSlicer allows high output TEM specimen practice at numerous sites or on various samples and delivers full authority over the specific parameters required for optimal sample quality for both Plasma FIB-SEM instruments and Gallium (Ga) focused ion beam (FIB)-scanning electron microscope (SEM).
Jun-2021: Hitachi High-Tech introduced AFM100 along with AFM100 Plus systems, entry-level and advanced-level models of Hitachi's concise and adaptable Atomic Force Microscopes. The new devices are developed to deliver comfort of use and prominent dependability for high-throughput R&D or grade control applications.
Feb-2021: Thermo Fisher Scientific launched Helios 5 PXL Wafer DualBeam, a plasma-focused ion beam scanning electron microscope. The new Helios 5 PXL can decrease time-to-data from days to hours for inline via-stack metrology and verify high-aspect-ratio systems. Additionally, The microscope has high-contrast imaging, high-resolution, and large-area sample preparation, oblique milling, and cross-sectioning of 3D semiconductor instruments.
Nov-2020: ZEISS introduced ZEISS GeminiSEM, a new generation of its field emission scanning electron microscope. The ZEISS GeminiSEM new models 360, 460, and 560 are designed for sub-nanometer imaging and intuitive analytics. Additionally, The new ZEISS GeminiSEM family produces more information from any model, decreases sample damage, and retains sample artifacts.
Oct-2020: The Bruker Nanomechanical Testing business unveiled Hysitron PI 89 SEM PicoIndenter. The new system delivers nanomechanical testing abilities within a scanning electron microscope (SEM) at higher loads and in more severe conditions than earlier possible. Additionally, the Hysitron PI 89 SEM PicoIndenter integrates Bruker's high-performance regulator with unique resistive transducer and intrinsic removal technologies to allow unmatched power and displacement ranges.
Jul-2020: JEOL unveiled the JSM-IT800 FE-SEM, the most powerful Scanning electron microscope. The new microscope delivers two models with two types of objective lenses such as the Hybrid Lens for general-purpose SEM and the Super Hybrid Lens for improved resolution obedience and diverse analyses. Additionally, the JSM-IT800 FE-SEM delivers a resolution of 0.5nm @ 15kV and 0.9nm at 500V.
Jun-2020: Bruker launched Flash XS, a new electron backscatter diffraction (EBSD) detector. The new e-Flash XS allows the analysis of the microstructure of crystalline materials in tabletop and other small, entry-level scanning electron microscopes (SEM).
Jun-2020: Oxford Instruments NanoAnalysis unveiled Relate, an image analysis software platform. The new software supplies a highly precise interaction of EDS, EM, EBSD, and AFM data for the consumer of Oxford Instrument's superior-edge materials description tools, in association with Digital Surf, founder of the industry-standard Mountains surface and image analysis software forum.
Acquisitions and Mergers:
Jun-2022: Advantest Corporation took over Collaudi Elettronici Automatizzati, an Italy-based enterprise. With this acquisition, CREA would expand Advantest Corporation's trial and measurement solutions within the evolving semiconductor value chain to fulfill a broader capacity of consumer demands.
Nov-2021: Bruker Corporation took over MOLECUBES, a vibrant developer in benchtop preclinical nuclear molecular imaging (NMI) systems. With this acquisition, Bruker reinforces its position as a foremost NMI solutions supplier in translational and preclinical imaging research.
Jun-2021: Oxford Instruments completed the acquisition of WITec Wissenschaftliche Instrumente und Technologie GmbH, a leading supplier of Raman microscopy imaging solutions. With this acquisition, the company aimed to sustain consumers in stunning end markets, improving its offering of solutions for a variety of applications such as life science, semiconductors, and advanced materials.
Dec-2020: Zeiss completed the acquisition of the Arivis, a scientific imaging platform. With this acquisition, Zeiss aimed to reinforce its software capabilities and market position in image processing, 3D image visualization, and examination software for research microscopy.
Market Segments covered in the Report:
By Type
By Application
By End User
By Geography
Companies Profiled
Unique Offerings from KBV Research