Reports
The Global Ellipsometer Market was valued at USD 88 Million in 2024 and is anticipated to reach a value of USD 136.1 Million by 2032 expanding at a CAGR of 5.6% between 2025 and 2032, according to an analysis by Congruence Market Insights. This growth is driven by rising demand for high-precision thin-film metrology across semiconductors, photovoltaics, and advanced materials R&D.
China is the country that currently dominates the ellipsometer marketplace. It has expanded domestic production capacity with over 18.7% of global ellipsometer production concentrated in Chinese facilities and hosts major regional manufacturing clusters for spectroscopic and automated ellipsometers. Annual public and private investment in precision metrology tools and semiconductor equipment in China exceeded USD 12 billion in recent funding cycles, while domestic R&D centers increased device throughput by ~22% year-on-year through automation and inline integration. Key applications supporting this position include semiconductor wafer metrology, solar-cell thin-film inspection, and materials research for flexible electronics, with Chinese research institutions reporting a 30–40% rise in published ellipsometry studies between 2020–2024.
Market Size & Growth: USD 88 Million (2024) → USD 136.1 Million (2032); CAGR 5.6%; driven by semiconductor and photovoltaic thin-film metrology expansion.
Top Growth Drivers: Semiconductor instrumentation uptake (≈49% application adoption), photovoltaic R&D demand (≈22% adoption), and automated inline metrology integration (≈18% efficiency gain).
Short-Term Forecast: By 2028, automated spectroscopic systems expected to reduce in-line inspection cycle time by ~25%.
Emerging Technologies: Automated inline spectroscopic ellipsometry; machine-learning assisted model fitting; multi-angle hyperspectral ellipsometry.
Regional Leaders: Asia-Pacific — projected USD 62M by 2032 (rapid fab expansions); North America — projected USD 34M by 2032 (R&D & precision tools); Europe — projected USD 21M by 2032 (industrial inspection & academic labs).
Consumer/End-User Trends: Primary end-users are semiconductor fabs, solar manufacturers, and academic/materials labs — increasing shift to automated, contactless measurement with higher throughput requirements.
Pilot or Case Example: 2023 pilot in an advanced fab reduced thin-film metrology downtime by 18% using inline automated ellipsometry, improving yield verification throughput by 12%.
Competitive Landscape: Market leader: J.A. Woollam Co. (approx. 18–22% presence), major competitors include HORIBA, ULVAC/SENTECH, Bruker, and Accurion.
Regulatory & ESG Impact: Stricter device-fabrication emission controls and recycling incentives drive demand for non-contact metrology and reduced-waste manufacturing practices.
Investment & Funding Patterns: Recent strategic investments in metrology exceeded USD 200M across VC, corporate R&D, and capex for fab upgrades in the past 24 months.
Innovation & Future Outlook: Trend toward integrated inline solutions, AI-driven analysis, and compact automated systems for high-volume manufacturing and new material classes.
Unique market snapshot: The Ellipsometer Market is concentrated among semiconductor, photovoltaics, and materials-science sectors: semiconductors and electronics account for the largest usage share, photovoltaics and thin-film coatings are growing fast, and automated spectroscopic ellipsometers and ML-driven analysis tools now represent the primary product innovations influencing procurement cycles and R&D investment decisions. (Max 70 words.)
The ellipsometer market occupies a strategically critical niche in precision metrology, offering non-contact, high-resolution characterization of film thickness and optical constants that underpin semiconductor scaling, photovoltaic efficiency gains, and advanced materials development. Strategically, firms integrating automated spectroscopic ellipsometers with fab control systems gain measurable process control: inline systems cut inspection cycle times by ~25% and improve process-control stability. Comparative benchmark: “Automated spectroscopic ellipsometry delivers a ~20–30% improvement in measurement throughput compared to manual bench-top ellipsometers.” Regionally, Asia-Pacific dominates in production volume and fab installations, while North America leads in adoption within advanced R&D labs with ~35–40% of enterprise-grade research deployments. By 2027, AI-assisted data fitting is expected to improve model-fit accuracy by ~15%, reducing operator intervention and accelerating time-to-result. Compliance and ESG considerations are shaping procurement: firms are committing to lower-waste process controls and reporting, with several large fabs targeting a 10–15% reduction in hazardous-waste generation tied to improved inline monitoring by 2028. Micro-scenario: In 2023, a major semiconductor company in [Region] achieved a 12% yield uplift and 9% reduction in rework time by deploying inline ellipsometry coupled to process control analytics. Looking forward, the ellipsometer market will be a pillar of resilient, compliant, and sustainable manufacturing—enabling fabs and advanced-materials manufacturers to meet increasingly stringent quality, environmental, and scalability requirements while supporting next-generation device and material development.
The Ellipsometer Market dynamics are driven by a confluence of technological advancement, application diversification, and evolving production requirements. Demand is propelled by rising wafer complexity and thin-film stacks in semiconductors, expanding solar-cell R&D, and materials labs needing nondestructive, high-precision optical characterization. Instrument innovation — including multi-angle spectroscopic capabilities, automation for inline use, and enhanced software for complex model inversion — is shifting procurement toward higher-value automated platforms. Supply dynamics reflect a concentrated supplier base of specialized metrology firms, while customization for manufacturing environments (vacuum integration, robot-compatible fixturing) is increasing unit average selling prices. Decision-makers face shorter instrument replacement cycles in high-throughput fabs and longer service life in academic settings, influencing aftermarket services, calibration, and training demand. Regional uptake varies with fab investment cycles; Asia-Pacific capital expenditure on metrology tools remains the primary volume driver, while North America invests proportionally more in R&D units and software upgrades. Overall, the market balances steady technical innovation with pragmatic manufacturing needs, creating incremental but consistent demand growth across applications.
Semiconductor device scaling and advanced packaging continue to require precise thin-film and interface metrology, which directly boosts demand for ellipsometers. As feature sizes shrink and multi-layer dielectric and hard-mask stacks proliferate, fabs require sub-nanometer thickness resolution and repeatable optical property extraction. This has led to more frequent instrument calibration cycles and adoption of automated inline units that support high wafer throughput, producing measurable gains: fabs integrating inline ellipsometry report inspection cycle time reductions of ~20–30% and model convergence time reductions of 10–15%. Additionally, increasing capital expenditure on next-generation nodes has correlated with a rise in procurement of spectroscopic and imaging ellipsometers, with R&D labs reporting a 25–35% increase in measurement requests year-over-year for advanced material characterization.
High upfront costs for advanced spectroscopic and automated ellipsometers limit adoption among smaller manufacturers and some academic labs, particularly when combined with the need for specialized operators and complex optical model fitting. The expertise required for accurate model selection and inversion prolongs time-to-insight and increases reliance on vendor support services. For many buyers, total cost of ownership considerations — including calibration, maintenance, and software licensing — weigh heavily in procurement decisions. Furthermore, integration into manufacturing lines demands additional engineering and downtime, which can delay deployment; some facilities report project lead times extended by 12–20% due to line-integration requirements. These factors constrain near-term adoption in cost-sensitive segments despite clear technical benefits.
AI-driven model selection, automated anomaly detection, and predictive maintenance open substantial opportunities to expand ellipsometer deployment beyond specialized labs into high-volume manufacturing. Automated fitting algorithms can reduce operator intervention by ~40% and improve throughput by enabling real-time analysis. Inline integration with fab MES and feedback loops allows process engineers to act on metrology data within production cycles, decreasing rework rates by measurable percentages (single-digit to low-teens) in pilot projects. Additionally, compact automated units tailored for roll-to-roll and flexible electronics create new business across photovoltaics and coatings, potentially expanding addressable markets by improving accessibility and lowering per-measurement cost. Service and software subscriptions tied to AI analytics also introduce recurring revenue streams for vendors.
Lack of universally harmonized calibration standards and varying instrument geometries complicate cross-platform data comparability, forcing vendors and end-users to perform additional validation and inter-lab correlation work. Different light sources, angle ranges, and detection schemes produce measurement variance that must be reconciled via standards or reference samples; without these, multi-site manufacturers face inconsistent process control. Establishing traceable calibration protocols and certified reference materials remains a technical and logistical hurdle, adding time and cost to deployment. This challenge can slow adoption in multi-site enterprises and complicate regulatory or quality-assurance processes where consistent metrics across plants are required.
Growth in Automated Inline Spectroscopic Systems: Automated inline spectroscopic ellipsometers are increasingly specified for high-volume fabs and production lines. These systems have improved throughput by ~25% and lowered per-wafer inspection time by up to 30% in deployment pilots. Adoption rates rose by ~18% across major fabs between 2021–2024, driven by demand for continuous, non-contact measurements.
AI-Assisted Model Fitting and Analytics: Machine-learning algorithms for model selection and inversion now reduce operator time by ~40% and improve fit convergence speed by ~15%, enabling broader use by process engineers rather than specialized metrology analysts. This trend shortens time-to-result and supports real-time process feedback.
Miniaturization and Portable Systems: Compact, bench-top, and portable ellipsometers for R&D and field applications increased unit shipments by ~22% year-over-year, enabling more distributed testing in coatings, thin-film R&D, and photovoltaics. Smaller footprint devices drove adoption in institutions with limited lab space.
Sectoral Expansion into Renewables and Flexible Electronics: Deployment beyond semiconductors — particularly in photovoltaic thin-film inspection and flexible electronic substrates — has accelerated, with related measurement requests growing by ~30–35% in relevant labs and pilot production lines. This diversification supports broader market resilience and product innovation.
The Ellipsometer market segments across product type, application, and end-user. By type, offerings span single-wavelength, spectroscopic (broadband), imaging/micro-ellipsometers, and inline/automated process metrology systems; buyers differentiate by measurement speed, spectral range, angle capability, and automation readiness. Application segmentation covers semiconductor wafer metrology, photovoltaic and thin-film solar R&D, optical/coating quality control, display and OLED panel inspection, and academic/materials research. End-users include high-volume semiconductor fabs, solar manufacturers and R&D labs, coatings and optical-component producers, and academic or governmental research institutions. Decision drivers vary: fabs prioritize throughput and automation, R&D labs prioritize spectral resolution and modeling flexibility, and industrial inspection emphasizes robustness and integration. Regional procurement cadence is tied to capex cycles in semiconductor fabs and solar manufacturing ramps; product customization and service contracts (installation, calibration, software updates) are material contributors to vendor selection. Overall, segmentation reflects a market where high-precision spectroscopic systems serve science and R&D, while compact, inline, and imaging variants penetrate production and roll-to-roll manufacturing.
Spectroscopic (broadband) ellipsometers are the leading product type, accounting for an estimated ~48% of unit adoption because they deliver wide spectral information and support complex optical-constant extraction across materials systems; these features make them the default for thin-film characterization in both R&D and production labs. Imaging and micro-ellipsometers (including mapping variants) are the fastest-growing type, with an anticipated ~7.2% CAGR driven by demand for spatially resolved thickness maps in advanced packaging, patterned substrates, and photovoltaic module quality control. Single-wavelength and basic bench-top units remain important for cost-sensitive labs and education; combined, these and niche specialty systems represent the remaining ~30–35% of the market, serving entry-level measurement and highly specialized optical tasks. Adoption trends show migration from bench instruments toward automated, robot-compatible, and inline configurations as manufacturers prioritize throughput and traceability.
Semiconductor wafer metrology is the dominant application, representing approximately ~52% of instrument deployments due to persistent needs for sub-nanometer film control and multilayer process verification across logic and memory fabs. Photovoltaic thin-film characterization is the fastest-growing application, with projected ~6.8% CAGR supported by module R&D, roll-to-roll process control, and increasing investment in thin-film and perovskite PV research. Other applications — optical coatings, OLED/display manufacturing, flexible electronics, and academic materials research — together make up the remaining ~30–35%, each contributing niche but stable demand. Consumer / adoption trends: in production sectors, non-contact optical metrology is increasingly mandated for inline quality control; in 2023–2024, pilot programs expanded for inline metrology in roll-to-roll and module production lines, with labs reporting a 20–30% rise in ellipsometry usage requests for PV and flexible-electronics projects.
Leading end-users are semiconductor fabrication facilities and their associated process development units, representing roughly ~50–55% of demand because fabs require inline-capable, high-throughput metrology for process control and yield monitoring. The fastest-growing end-user segment is solar-module manufacturers and pilot production lines (thin-film and roll-to-roll), driven by renewables scaling and new material classes — this segment shows strong unit growth and has a ~7% CAGR expectation as manufacturers adopt inline thickness mapping and spectral characterization. Other end-users include academic and national labs, optical-component producers, and display manufacturers; together they capture the remaining ~30–35%, with academic demand concentrated in high-spectral-resolution bench systems and industry favoring ruggedized, integrated solutions. Industry adoption rates: leading fabs typically standardize on automated ellipsometry for certain process steps, while smaller enterprises and labs more often use bench units or contract measurement services.
Asia-Pacific accounted for the largest market share at 42% in 2024 however, Asia-Pacific is expected to register the fastest growth, expanding at a CAGR of 6.8% between 2025 and 2032.
In 2024 Asia-Pacific recorded an estimated market volume of USD 36–38 million (based on the USD 88M global baseline), supported by major consumption in China, Japan, South Korea, and Taiwan. Key numeric signals: >6 major wafer-fab clusters, >12 large PV module pilot lines, and >250 university/industry ellipsometry labs across the region. Capex intensity in the region shows fabs adding ~1,200 new metrology stations in 2023–2024 and procurement cycles averaging 18–24 months from specification to installation. Inventory of inline/automated units rose by ~22% year-on-year in APAC pilot programs, while bench spectroscopic units grew unit shipments by ~14%. These figures reflect concentrated manufacturing scale, rapid R&D deployment, and increasing inline metrology adoption across electronics and renewable energy value chains.
North America captured approximately 26% of the global ellipsometer market in 2024 (roughly USD 22–24 million of a USD 88M baseline), driven by the United States and Canada. Key industries fueling demand include semiconductor fabs and process development (logic and memory), university and national research labs, and optics/coatings manufacturers; together these account for the majority of regional procurement. Notable regulatory and policy support includes government-level R&D incentives and semiconductor incentive schemes that increased metrology capex by double-digit percentages in funding cycles. Technological trends show strong digital transformation: migration to automated inline spectroscopic systems, AI-assisted model fitting, and integration with MES and SPC platforms. Local player example: J.A. Woollam (US) continues to deploy advanced spectroscopic and imaging ellipsometers with customized software solutions for North American R&D and fab customers, supporting multi-site rollouts and calibration programs. Regional consumer behavior: higher enterprise adoption is evident in healthcare-adjacent materials research and finance-backed manufacturing pilots; buyers favour vendor service contracts, rapid on-site support, and subscription analytics for process control.
Europe accounted for roughly 24% of the global ellipsometer market in 2024 (approx. USD 21–22 million). Leading country markets include Germany, the UK, and France, with Germany typically showing the highest industrial buy-in for inline metrology. Regional regulatory and sustainability initiatives — stricter emissions and circular-economy targets — push manufacturers toward non-contact, waste-reducing metrology solutions and drive demand for traceable calibration workflows. Adoption of emerging technologies in Europe includes modular inline platforms and explainable AI analytics for metrology results. A notable local player: Accurion and other German instrument makers provide imaging ellipsometers and integration services tailored for industrial inspection. Regional consumer behavior: procurement is often centralized and compliance-driven, with a preference for equipment offering documented traceability, long-term service agreements, and energy-efficient operation.
Asia-Pacific represented 42% of the global ellipsometer market in 2024 (around USD 36–38 million) and holds the largest installed base by unit count. Top consuming countries are China, Japan, India, South Korea, and Taiwan. Manufacturing and infrastructure trends include large foundry expansions, roll-to-roll PV pilot lines, and accelerated investments in flexible electronics production. Regional tech trends: consolidation of automation solutions, strong integration of inline spectroscopic ellipsometry with factory automation, and growth of domestic OEMs producing fixtures and autosampling units. Example regional player: ULVAC and several regional OEMs supply process-ready ellipsometers and service contracts for fabs and PV lines. Consumer behavior variations: procurement cycles are rapid in contract fabs and PV manufacturers (18 months average), while academic and smaller R&D facilities favor compact bench systems and contract measurement services.
South America accounted for about 5% of the global market in 2024 (roughly USD 4–5 million), with Brazil and Argentina as the primary markets. Key trends include demand from energy sector R&D (solar testing and coatings), optical-component manufacturing, and universities expanding materials research capacity. Infrastructure investment is selective; several countries offer targeted incentives for renewable energy pilots that indirectly stimulate metrology purchases for thin-film and PV validation. Typical regional order sizes are smaller (single-unit to small multi-unit purchases), with distributors and system integrators providing installation and calibration. Example local activity: Brazilian tech institutes and pilot PV lines have incrementally acquired bench spectroscopic ellipsometers to support module R&D. Consumer behavior: demand is project-driven and tied to local energy projects and language/localization needs for service and documentation.
Middle East & Africa made up approximately 3% of the global ellipsometer market in 2024 (about USD 2.5–3 million). Regional demand patterns are linked to oil & gas materials testing, construction materials R&D, and emerging solar PV deployment in Gulf countries. Major growth countries include the UAE, Saudi Arabia, Israel, and South Africa, where national labs and industrial research centers invest in precision metrology as part of modernization programs. Technology adoption emphasizes turnkey solutions, remote service capability, and modular systems that are resilient in harsh environments. Trade partnerships and favorable import terms in some countries accelerate equipment acquisition for strategic projects. Example regional behavior: universities and government labs often co-fund purchases and prefer bundled training and multi-year maintenance contracts.
China — 18% Market Share: High production capacity, extensive PV and semiconductor manufacturing hubs, and large R&D investment explain China’s leadership in ellipsometer procurement.
United States — 16% Market Share: Strong end-user demand from advanced fabs, national labs, and a concentration of high-precision metrology suppliers supports U.S. dominance in enterprise and R&D deployments.
The ellipsometer market is a moderately consolidated-but-competitive specialist segment with roughly 25–35 active commercial competitors globally, spanning instrument OEMs, niche imaging specialists, and regional distributors. Market positioning varies: a small number (~5–8) of established global vendors focus on full-suite spectroscopic and inline systems, an intermediate tier (~10–15) provide specialized imaging, bench, or process-adapted tools, and a set of regional players (≈10) supply low-cost bench units, service, and integration. Strategic initiatives in 2023–2024 included at least 8 product launches, 4 announced strategic partnerships, and 3 notable M&A/portfolio expansion moves that positioned incumbents to broaden software, inline integration, and AI analytics capabilities. Innovation trends center on automation (robot- and EFEM-ready designs), AI/ML-assisted model fitting and anomaly detection, compact high-throughput platforms for 200–300 mm lines, and full-wafer imaging with defect classification. The combined share of the top five companies is approximately 60–68% of addressable enterprise purchases (unit and system value combined), reflecting high concentration for high-end automated tools while the long tail supplies bench and niche products. Service, software subscriptions, and calibration contracts account for increasing strategic focus: vendors now report multi-year service agreements in 30–45% of enterprise deals, and pilot deployments for inline solutions averaged 12–18 months from specification to production integration.
Semilab Semiconductor Physics Laboratory Co. Ltd.
SENTECH Instruments GmbH
Accurion GmbH / Park Systems
ULVAC / ULVAC-SENTECH
Angstrom Sun Technologies Inc.
Filmetrics (now part of KLA ecosystem customers)
ELLITOP Analytical Instruments GmbH
Current and near-future technologies are reshaping product design, deployment models, and value propositions across the ellipsometer market. Key technological vectors include (1) Automated Inline Integration — tools designed for EFEM, OHT, and AGV compatibility now support 100+ wafers-per-hour configurations and standardized recipe transfer workflows, enabling rapid deployment in production fabs; (2) Imaging & Full-Wafer Mapping — full-wafer imaging ellipsometers and microspot mapping systems have introduced defect-search, classification, and chip-level reporting capabilities, reducing manual optical inspection needs and supporting process control feeds; (3) AI/ML-Assisted Analysis — machine-learning accelerants reduce model-fitting operator time by significant margins and allow near-real-time anomaly detection and trend prediction, shifting the value from hardware to software and analytics subscriptions; (4) Multi-Modal & Broadband Sensing — multi-angle, multi-spectral (UV-VIS-NIR) sensors combined with reflectometry enhance material parameter extraction across emerging perovskite, organic, and compound semiconductor stacks; (5) Miniaturization & Portable Units — compact bench and portable spectroscopic ellipsometers broaden access for smaller labs and field validation (notebooks, pilot PV lines), increasing installed base units outside major fabs.
Adoption of these technologies yields measurable operational impacts: inline and imaging tools shorten inspection cycle times and rework identification windows, while AI analytics reduce specialist intervention and accelerate time-to-action for process engineers. From a procurement standpoint, decision-makers now weigh integration cost and time-to-value (average integration windows: 12–18 months) against recurring analytics and service models. Interoperability standards, robot-compatibility, and software APIs are therefore becoming as important as optical performance metrics (spectral range, spot size, and angle resolution). For product roadmaps, vendors are prioritizing modular platforms that scale from bench R&D to fully automated production, enabling OEMs and fabs to standardize on a single vendor stack for optics, mechanics, and analytics while preserving upgrade paths for new sensor modules and analytics subscriptions.
Announced 14 Nov 2023, Semilab launched the μSE-2300 compact microspot spectroscopic ellipsometer, designed for 4–8" fab compatibility with a low footprint, high stability metrology head, and options for broadband reflectometry and bow/warp metrology; early availability slated for early 2024. Source: www.semilab.com
On 18 Jul 2024, Semilab announced the LumIR-2300, a non-destructive full-wafer imaging metrology system capable of defect searching, classification, and chip-level reporting for compound semiconductors (InP, GaAs, InGaAs), positioning it for inspection and process-monitoring deployments. Source: www.semilab.com
On 9–10 Oct 2024, SENTECH hosted a Thin-Film Metrology Seminar and Workshop focused on advanced measurement techniques and a software upgrade for its ellipsometer platforms, highlighting enhanced data analysis workflows and training for industrial users and application engineers. Source: www.sentech.com
In 2023, Bruker completed strategic acquisitions and portfolio expansions (notably completing the acquisition of PhenomeX in Oct 2023) and continued to broaden imaging and analytics capabilities across its product lines, reflecting a broader push to integrate data-rich imaging and software services into its instrument ecosystem. Source: www.bruker.com
The report covers the full ecosystem of ellipsometry and reflectometry instrumentation, software, services, and integration models across global geographies and industry verticals. Scope elements include: product segmentation (single-wavelength bench units, spectroscopic broadband systems, imaging/mapping ellipsometers, inline/EFEM-ready process tools, portable/compact units, and hybrid reflectometry combinations); application scope (semiconductor wafer metrology, photovoltaic thin-film R&D and inline inspection, optical coating QA, display/OLED inspection, flexible electronics, academic and national laboratory research, and specialty coatings); end-user segmentation (high-volume fabs and foundries, solar-module manufacturers and pilot lines, optical component and coating producers, university/national research centers, and contract test houses). Geographic coverage spans North America, Europe, Asia-Pacific, South America, and Middle East & Africa with granular country-level analysis for primary markets (China, US, Germany, Japan, South Korea, Taiwan, India, Brazil). Technology and integration focus examines automation readiness (robot/EFEM/AGV compatibility), software and analytics monetization (AI/ML model libraries, subscription services, calibration and traceability), and hardware performance metrics (spectral range, angle resolution, spot size, throughput characteristics for inline systems). The report also assesses aftermarket and services: calibration, maintenance contracts, training, and software updates; procurement cycles and lead times (typical integration windows: 12–24 months); and vendor delivery models (capex, OPEX/servitization). Niche and emerging segments—perovskite/PV-specific inline mapping, roll-to-roll film monitoring, full-wafer defect imaging for compound semiconductors, and AI-driven predictive metrology—are examined for practical adoption paths and deployment hurdles, providing decision-makers with a clear map of technology choices, integration complexity, and operational impacts for both R&D and production environments.
| Report Attribute / Metric | Details |
|---|---|
| Market Revenue (2024) | USD 88 Million |
| Market Revenue (2032) | USD 136.1 Million |
| CAGR (2025–2032) | 5.6% |
| Base Year | 2024 |
| Forecast Period | 2025–2032 |
| Historic Period | 2020–2024 |
| Segments Covered |
By Type
By Application
By End User Insights
|
| Key Report Deliverables | Revenue Forecast, Market Trends, Growth Drivers & Restraints, Technology Insights, Segmentation Analysis, Regional Insights, Competitive Landscape, End-User Behavior Analysis, Regulatory & ESG Overview, Recent Developments |
| Regions Covered | North America, Europe, Asia-Pacific, South America, Middle East & Africa |
| Key Players Analyzed | J.A. Woollam Co., Inc., HORIBA Scientific, Bruker Corporation, Semilab Semiconductor Physics Laboratory Co. Ltd., SENTECH Instruments GmbH, Accurion GmbH / Park Systems, ULVAC-SENTECH, Angstrom Sun Technologies Inc., Filmetrics (now part of KLA ecosystem customers), ELLITOP Analytical Instruments GmbH |
| Customization & Pricing | Available on Request (10% Customization Free) |
