 半導体計測・検査装置：世界市場 2027-2037年Semiconductor Metrology & Inspection Equipment: Global Market 2027-2037 半導体計測・検査（M＆I）装置市場は、現代のチップ製造の中核をなしており、高度なプロセス制御を可能にする測定および欠陥検出機能を提供しています。 デバイスのアーキテクチャがより複雑化し、3次元化... もっと見る
サマリー 半導体計測・検査（M＆I）装置市場は、現代のチップ製造の中核をなしており、高度なプロセス制御を可能にする測定および欠陥検出機能を提供しています。 デバイスのアーキテクチャがより複雑化し、3次元化・ヘテロジニアス化が進むにつれ、表面および多層構造の奥深くに埋もれた構造を可視化・測定・特性評価する能力は、許容可能な歩留まりを達成するための決定的な要因となっています。 計測および検査は、先進的なチップ製造における潜在的なボトルネックとしてますます注目されており、新しいノードやパッケージング技術の革新が進むにつれて、プロセス制御の厳格化も進んでいます。 この需要は、先進ロジック、DRAM、高帯域幅メモリ、EUVリソグラフィ、および先進パッケージングの進化によって後押しされています。 欠陥の検出感度が向上し、業界がゲート・オール・アラウンド型トランジスタ、高アスペクト比メモリ、および表面からはもはや確認できないボンディング関連の故障モードへと移行するにつれて、検査要件はますます厳しくなっています。 並行して、メトロロジーは、より厳格なオーバーレイ許容範囲、材料の複雑化の進展、および表面、形状、トポグラフィの精密な制御の必要性に対応するために拡大しています。 ハイブリッドボンディング、パネルレベルパッケージング、ガラス基板などを網羅する先進パッケージングは、主要な成長ドライバーとして台頭しており、プロセスフロー全体における重要管理点（CCP）の数を倍増させています。 サプライヤーのエコシステムは、依然として北米、欧州、日本の既存主要企業に集中しており、価値創造とロードマップの主導権の大部分はこれらの地域に存在しています。一方で、中国は国内のM＆Iエコシステムの構築に向けた取り組みを加速させており、サプライチェーンの多様化と活性化に寄与しています。 競争の焦点は、ハードウェアから、アプリケーションのノウハウ、ソフトウェア、データ分析、ハイブリッド計測、サービス能力へと移行しつつある。この分野全体において、光学、電子ビーム、X線、表面プローブ、および計算技術における継続的なイノベーション（多くの場合、データ融合を通じて組み合わされる）が、競争環境を再構築し、半導体イノベーションの次の波を可能にしている。 2027年から2037年までの世界の半導体計測・検査装置市場に関する包括的な分析。本レポートでは、予測、セグメント、技術、デバイスクラスの要件、サプライヤーエコシステム、中国を含む地域別の動向、競争力のある市場シェア、および主要・新興装置ベンダーの詳細なプロファイルを取り上げています。 目次：
Summary
The semiconductor metrology and inspection (M&I) equipment market sits at the heart of modern chip manufacturing, providing the measurement and defect-detection capabilities that make advanced process control possible. As device architectures grow more complex, three-dimensional, and heterogeneous, the ability to see, measure, and characterize structures—both on the surface and buried beneath multiple layers—has become a decisive factor in achieving acceptable yields. Metrology and inspection are increasingly described as a potential bottleneck in advanced chip manufacturing, with process-control intensity rising in step with each new node and packaging innovation.
Demand is propelled by the evolution of advanced logic, DRAM, high-bandwidth memory, EUV lithography, and advanced packaging. Inspection requirements are intensifying as defect sensitivity climbs and as the industry transitions toward gate-all-around transistors, high-aspect-ratio memory, and bonding-related failure modes that are no longer visible at the surface. In parallel, metrology is expanding to address tighter overlay budgets, growing materials complexity, and the need for precise control of surface, shape, and topography. Advanced packaging—encompassing hybrid bonding, panel-level packaging, and glass substrates—is emerging as a major growth driver, multiplying the number of critical control points across the process flow.
The supplier ecosystem remains concentrated among established players in North America, Europe, and Japan, where most of the value creation and roadmap leadership resides. At the same time, China is accelerating efforts to build a domestic M&I ecosystem, contributing to a more diversified and dynamic supply chain. Competition is shifting beyond hardware toward application know-how, software, data analytics, hybrid metrology, and service capabilities. Across the field, continued innovation in optical, e-beam, X-ray, surface-probe, and computational techniques—often combined through data fusion—is reshaping the competitive landscape and enabling the next wave of semiconductor innovation.
A comprehensive 2027–2037 analysis of the global semiconductor metrology and inspection equipment market, covering forecasts, segments, technologies, device-class requirements, the supplier ecosystem, regional dynamics including China, competitive market shares, and detailed profiles of leading and emerging equipment vendors.
Contents include:
Table of Contents
1 REPORT OBJECTIVES & SCOPE 14
1.1 Report objectives 14
1.2 Scope of the report 14
1.3 Segments, device classes & technologies covered 14
1.4 Geographic coverage 15
1.5 Key questions answered 15
2 EXECUTIVE SUMMARY 16
2.1 Key findings at a glance 17
2.2 M&I as the emerging bottleneck in advanced chip manufacturing 18
2.3 Demand drivers: process complexity, 3D architectures & yield economics 18
2.4 Headline market forecasts 2027–2037 19
2.5 Competitive landscape snapshot 19
2.6 Regional dynamics & localization 19
2.7 Strategic recommendations for stakeholders 20
3 METROLOGY & INSPECTION EQUIPMENT MARKET FORECAST 2027–2037 21
3.1 Total M&I market overview 21
3.1.1 Market definition & value-chain boundaries 21
3.1.2 Methodology and triangulation 21
3.1.3 Historical market 2021–2026 (base period) 21
3.1.4 Total market value forecast 2027–2037 22
3.1.5 M&I share of total wafer fab equipment 24
3.1.6 Market split by measurement function 26
3.2 Inspection market analysis 27
3.2.1 Inspection market sizing and structure 27
3.2.2 Patterned wafer inspection 28
3.2.3 Defect sensitivity and 3D-architecture drivers 28
3.2.4 Unpatterned, macro, edge and backside inspection 29
3.3 Metrology market analysis 29
3.3.1 Metrology market sizing and structure 29
3.3.2 Overlay and critical-dimension metrology 30
3.3.3 Thin-film, composition, shape and topography metrology 31
3.3.4 In-line versus standalone metrology 31
3.4 Mask metrology & inspection market analysis 32
3.4.1 Mask M&I sizing and structure 32
3.4.2 Mask inspection and the competitive split 33
3.4.3 Actinic and EUV mask M&I 33
3.4.4 Mask writing and inspection interplay 33
3.5 Market segmentation & cross-cuts 33
3.5.1 By end-application 33
3.5.2 By region 34
3.5.3 By wafer size and technology node 35
3.5.4 By measurement principle 36
3.6 Forecast scenarios & sensitivity analysis 37
3.6.1 Scenario framework 37
3.6.2 Key sensitivities 38
4 METROLOGY & INSPECTION INDUSTRY ECOSYSTEM 39
4.1 Ecosystem & supply-chain mapping 39
4.2 Industry news & recent developments 40
4.3 Equipment vendor market shares 40
4.3.1 Overall M&I market shares 40
4.3.2 Market shares by inspection segment 41
4.3.3 Market shares by metrology segment 43
4.3.4 Market shares in mask M&I 43
4.4 Venture funding & emerging-player landscape 43
4.4.1 Funding landscape overview 43
4.4.2 Emerging focus areas 44
4.4.3 Implications for incumbents 44
4.5 M&I regional analysis 44
4.5.1 North America 45
4.5.2 Europe 46
4.5.3 Japan 46
4.5.4 Korea & Taiwan 46
4.6 China 46
4.6.1 Domestic ecosystem development 46
4.6.2 Local optical inspection & metrology suppliers 46
4.6.3 Localization trajectory & barriers 47
4.7 Strategy & financial analysis of leading suppliers 48
4.7.1 Revenue, margins & R&D intensity 48
4.7.2 Strategic positioning & differentiation 49
5 METROLOGY & INSPECTION TECHNOLOGY TRENDS 51
5.1 Process control strategies and the role of M&I 51
5.2 From surface control to deep 3D insight 52
5.3 Multi-technique inspection strategies 52
5.4 Hybrid metrology & data fusion 53
5.5 Computational metrology, AI & machine learning 54
5.6 Focus on on-chamber and on-tool metrology 55
5.7 Software, analytics & service as competitive differentiators 56
5.8 Technology roadmap & maturity assessment 56
6 M&I REQUIREMENTS & CHALLENGES BY DEVICE CLASS 59
6.1 Cross-cutting requirements & emerging metrology gaps 59
6.2 Logic 60
6.2.1 FinFET to gate-all-around (GAA) 61
6.2.2 CFET & backside power delivery 61
6.3 Memory 61
6.3.1 DRAM & high-aspect-ratio structures 61
6.3.2 3D NAND 61
6.3.3 HBM & stacking-related failure modes 62
6.4 Power & Analog 63
6.5 Opto & Sensors 63
6.6 Advanced Packaging 63
6.6.1 Hybrid bonding 64
6.6.2 Panel-level packaging (PLP) 64
6.6.3 Glass substrates & cores 65
6.6.4 Subsurface & buried-defect detection 65
6.7 EUV Photolithography and Mask M&I 65
7 M&I TECHNOLOGY LANDSCAPE 67
7.1 Optical M&I 67
7.1.1 Brightfield / darkfield inspection 67
7.1.2 Scatterometry & optical CD 67
7.1.3 Ellipsometry & reflectometry 67
7.1.4 Wavefront & interferometric techniques 67
7.2 E-beam M&I 68
7.2.1 CD-SEM 68
7.2.2 E-beam defect inspection 68
7.2.3 Multi-beam architectures 68
7.3 X-ray M&I 69
7.3.1 XRD / XRF / XRR 69
7.3.2 CD-SAXS 70
7.3.3 X-ray imaging & CT for packaging 70
7.4 Surface & topography M&I 71
7.4.1 Atomic force microscopy (AFM) & scanning probe 71
7.4.2 Acoustic & subsurface metrology 71
7.4.3 Quantum & magnetic-field imaging 72
7.5 Computational and hybrid M&I 73
7.6 Comparative benchmarking of M&I methods 73
7.6.1 Resolution, throughput & cost-of-ownership 73
7.6.2 Strengths, limitations & application fit 74
8 MARKET OUTLOOK 77
8.1 Opportunities & unmet needs for equipment suppliers 77
8.2 Risks & scenario outlook 79
9 COMPANY PROFILES 80 (57 company profiles)
10 APPENDIX 186
10.1 Companies cited in this report 186
10.2 Glossary, methodology & definitions 186
10.2.1 Research methodology & data sources 186
10.2.2 Market sizing approach & key assumptions 186
10.2.3 Segmentation framework 187
10.3 Detailed data tables 188
11 REFERENCES 189
List of Tables/Graphs
List of Tables
Table 1. The M&I market at a glance 17
Table 2. Headline forecast summary, by function and application (USD bn) 19
Table 3. Historical M&I equipment market, 2021–2026 (USD bn, triangulated estimates) 22
Table 4. Total M&I equipment market forecast, 2027–2037 (USD bn, central case) 23
Table 5. M&I market by measurement function, selected years (USD bn and % of total) 26
Table 6. Inspection market by sub-segment, selected years (USD bn and CAGR) 27
Table 7. Metrology market by sub-segment, selected years (USD bn and CAGR) 30
Table 8. Mask & reticle M&I market by sub-segment, selected years (USD bn and CAGR) 32
Table 9. M&I market by end-application, 2027 and 2037 (USD bn and % of total) 33
Table 10. M&I market by region, 2027 (USD bn and % of total) 34
Table 11. M&I market by node tier and wafer format, 2027 and 2037 (USD bn and CAGR) 36
Table 12. M&I market by measurement principle, 2027 and 2037 (USD bn and % of total) 36
Table 13. Forecast scenarios, 2027–2037 (USD bn) 37
Table 14. Estimated overall M&I vendor shares, 2025 (USD bn and %, triangulated) 40
Table 15. Estimated segment leadership and leader share 42
Table 16. Selected venture funding rounds, emerging M&I-relevant players 43
Table 17. Estimated M&I value capture by supplier home region (2025, %) 44
Table 18. Selected mainland China M&I suppliers and coverage 47
Table 19. Financial profile of leading M&I suppliers, latest fiscal year (USD) 48
Table 20. M&I technology maturity and roadmap assessment 57
Table 21. M&I requirements and emerging gaps by device class 60
Table 22. EUV mask metrology and inspection flow Source: research synthesis; conceptual schematic. 66
Table 23. Strengths, limitations and application fit of principal M&I techniques 75
Table 24. Priority opportunities and unmet needs for M&I suppliers 78
Table 25. Hitachi high-Tech annual unit shipments 118
Table 26. JEOL annual unit shipments 132
Table 27. Key market-sizing assumptions (central case) 186
Table 28. Segmentation framework 187
Table 29. Abbreviations and glossary 187
Table 30. Total M&I equipment market, full annual series, 2021–2037 (USD bn) 188
Table 31. M&I market by measurement function, annual, 2027–2037 (USD bn) 188
List of Figures
Figure 1. Executive snapshot: M&I market trajectory with scenario range, and 2037 market by application 17
Figure 2. Total M&I equipment market value, 2021–2037 (USD bn) 22
Figure 3. Indexed growth of M&I value versus equipment spend, device units and wafer starts, 2021–2037 (2021 = 100) 24
Figure 4. M&I equipment as a share of total wafer fab equipment, 2021–2037 (%) 25
Figure 5. M&I steps per wafer by technology node (index, 28nm = 100) 26
Figure 6. Inspection market by sub-segment, 2027–2037 (USD bn) 27
Figure 7. Inspection market CAGR by sub-segment, 2027–2037 (%) 28
Figure 8. Critical defect size versus inspection intensity by node Source: research synthesis; indicative values. 29
Figure 9. Metrology market by sub-segment, 2027–2037 (USD bn) 30
Figure 10. Metrology market CAGR by sub-segment, 2027–2037 (%) 31
Figure 11. Mask & reticle M&I market by sub-segment, 2027–2037 (USD bn) 32
Figure 12. M&I market by end-application, 2027 vs 2037 (USD bn) 34
Figure 13. M&I market by region, 2027 (USD bn) 35
Figure 14. M&I market by measurement principle, 2027 vs 2037 (USD bn) 37
Figure 15. M&I equipment market forecast scenarios, 2027–2037 (USD bn) 37
Figure 16. M&I ecosystem and supply-chain map 39
Figure 17.Estimated overall M&I vendor shares, 2025 (%) 41
Figure 18.Estimated market-leader share across M&I sub-segments (%) 42
Figure 19.Estimated M&I value capture by supplier home region, 2025 (%) 45
Figure 20. Estimated domestic-supplier share in China by node tier, 2025–2037 (%) 48
Figure 21. The closed-loop process-control cycle and the role of M&I 51
Figure 22 . Multi-technique inspection coverage 53
Figure 23. Hybrid metrology and data-fusion concept 54
Figure 24. AI/ML computational-metrology workflow Source: research synthesis; conceptual schematic. 55
Figure 25. Standalone versus integrated on-tool metrology 56
Figure 26. M&I technique maturity versus forecast growth intensity 57
Figure 27. M&I requirement intensity by device class and measurement type 59
Figure 28. Logic architecture evolution and the new measurement challenge at each generation 60
Figure 29. Critical metrology points in 3D NAND and HBM structures Source: research synthesis; conceptual schematic. 62
Figure 30. Critical M&I control points in advanced heterogeneous packaging Source: research synthesis; conceptual schematic. 64
Figure 31. Single-column versus multi-beam e-beam architecture Source: research synthesis; conceptual schematic. 69
Figure 32. X-ray technique map: from materials to volumetric imaging Source: research synthesis; conceptual positioning. 70
Figure 33. AFM and acoustic subsurface metrology 71
Figure 34. Quantum-diamond imaging of buried current flow 72
Figure 35. Resolution versus throughput positioning of M&I techniques 74
Figure 36. Comparative benchmarking of M&I techniques across key attributes 75
Figure 37 .M&I opportunity map: forecast growth versus contestability 78
Figure 38. Applied Materials Solar Wafer Inspection System. 83
Figure 39. ASML YieldStar S‑200B 87
Figure 40. ATLANT 3D Nanofabricator LITE system 90
Figure 41. Auros overlay‑metrology system 91
Figure 42. Bruker D8 DISCOVER X‑ray diffractometer 93
Figure 43. CT 600S machine. 99
Figure 44. Aton 3D AOI System 101
Figure 45. SEpA-i series — electron-beam inspection (EBI) 104
Figure 46. EVG50 Automated Metrology System 111
Figure 47. Surfscan SP7 134
Figure 48. ACTIS A150 137
Figure 49. Nikon NSR-S205 Litho Lithography System. 151
Figure 50. Park NX-Wafer 158
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