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Semiconductor and Electronics Focused Ion Beam Market

Key factors driving the growth of this market include rise in demand for failure analysis in the electronics & semiconductor industry and increase in demand for ion beam lithography process using focused ion beam systems for producing patterns across the surface of samples.


The Ga+ liquid metal segment captured the largest share. The growth of this segment can be attributed to several advantages offered by focused ion beam systems using Ga+ liquid metal as an ion source. Moreover, the majority of manufacturers of focused ion beam systems are deploying Ga+ liquid metal ion sources in their systems.


The electronics & semiconductor segment accounted for the largest share of the focused ion beam market. The growth of this segment can be attributed to the increasing consumer demand for fast, compact, pocket-friendly, and highly power-efficient portable devices. As the size of electronic components shrinks, it affects their reliability and performance. Focused ion beam systems are required to analyze the performance of these components.


The failure analysis segment accounted for the largest share of the focused ion beam market. The growth of this segment of the market can be attributed to the increased use of focused ion beam systems for carrying out the failure analysis of components or devices to recognize the cause leading to their failure during their manufacturing process. Manufacturers use focused ion beam systems to test and analyze the performance of different components or devices, thereby leading to an increased demand for these systems from the electronics & semiconductor vertical.


North America accounted for the largest share of the focused ion beam market. Technological advancements in the electronics & semiconductor vertical, new product launches undertaken by leading players in the focused ion beam ecosystem, and increased adoption of focused ion beam systems in numerous universities and research institutes, are expected to fuel the growth of the market in North America. The market in the US is expected to experience the highest traction during the forecast period as a significant number of organizations based in the country are involved in the manufacturing of focused ion beam systems.


Key Market Players include Thermo Fisher Scientific, Inc. (US), Hitachi High-Technologies Corporation (Japan), ZEISS International (Germany), Tescan (UK), JEOL Ltd. (Japan), HORIBA, Ltd. (Japan), Eurofins Scientific (Luxembourg), A&D Company, Limited (Japan).


Key Questions Addressed by the Report:

·        Where will all these developments take the industry in the mid-to-long term?

·        What are the upcoming trends in the focused ion beam market?

·        What are the opportunities for the existing players as well as for those players who are planning to enter various stages of the value chain of the focused ion beam market?

·        How will inorganic growth strategies implemented by key players impact the growth of the focused ion beam market, and who will have the undue advantage?

·        What are the emerging applications of the focused ion beam market?


1.      Introduction

1.1.   Market Definition

1.2.   Study Scope

1.3.   Study Period

1.4.   Market Stakeholders

2.      Research Methodology

2.1.   Secondary Research

2.2.   Primary Research

2.3.   Research Design

2.4.   Data Validation

2.5.   Limitations and Assumptions

3.      Market Dynamics

3.1.   Drivers

3.1.1. Rise in Demand for Failure Analysis in Electronics & Semiconductor Industry

3.1.2. Initiatives Undertaken By Governments of Different Countries to Encourage Use of Focused Ion Beam Systems

3.1.3. Increase in Demand for Ion Beam Lithography Process Using Focused Ion Beam Systems for Producing Patterns Across the Surface of Samples

3.1.4. Increase in Adoption of Focused Ion Beam Systems in Material Science

3.2.   Challenges

3.2.1. High Costs of Focused Ion Beam Systems

3.2.2. Requirement for Highly Skilled Workforce to Keep Pace With Advancements in Focused Ion Beam Technology

3.2.3. Gaps in Processing Time, Quality Assurance, and Planning Time for Fabrication of Components on Substrates

3.2.4. 3D Reconstruction of Porous Materials

3.3.   Opportunities

3.3.1. Use of Focused Ion Beam Systems to Study Biological Samples and Biomaterials

3.3.2. Adoption of Automation and Robotics in Electronic & Electrical Device Manufacturing Industry in APAC

4.      Executive Summary

5.      Focused Ion Beam Market, By Ion Source

5.1.   Ga+ liquid Metal

5.2.   Gas field

5.3.   Plasma

6.      Focused Ion Beam Market, By Application

6.1.   Failure analysis

6.2.   Nanofabrication

6.3.   Device modification

6.4.   Circuit edit

6.5.   Counterfeit detection

7.      Focused Ion Beam Market, By Vertical

7.1.   Electronics and semiconductor

7.1.1. Semiconductor manufacturing

7.1.2. MEMS and thin-film production

7.2.   Industrial science

7.2.1. Oil and gas

7.2.2. Automotive and aerospace

7.2.3. Chemicals

7.2.4. Power generation

7.3.   Bioscience

7.3.1. Cellular biology

7.3.2. Structural biology

7.3.3. Biomedical engineering

7.3.4. Neuroscience

7.4.   Material science

7.4.1. Metals and mining

7.4.2. Paper and fiber materials

7.4.3. Ceramic and gases

7.4.4. polymers

8. Focused Ion Beam Market, By Region

8.1.   North America

8.1.1. US

8.1.2. Canada

8.1.3. Mexico

8.2.   Europe

8.2.1. UK

8.2.2. Germany

8.2.3. France

8.2.4. Rest of Europe

8.3.   Asia Pacific

8.3.1. Japan

8.3.2. China

8.3.3. India

8.3.4. South Korea

8.3.5. Rest of APAC

8.4.   Rest of the World

8.4.1. South America

8.4.2. Middle East and Africa

9. Company Profiles

9.1.   Leading Companies in Focused Ion Beam Market

9.1.1. Hitachi High-Technologies Corporation

9.1.2. Zeiss International

9.1.3. Thermo Fisher Scientific Inc.

9.1.4. JEOL Ltd.

9.1.5. HORIBA, Ltd.

9.1.6. Eurofins Scientific

9.1.7. Tescan

9.1.8. A&D Company Ltd.

9.1.9. Raith GmbH

9.1.10.   Focus

9.2.   Other Companies in Focused Ion Beam Market


*Company introduction, financial information, recent developments, SWOT analysis


10.  Conclusion and Recommendations

11.  Appendix

11.1.About

11.2.Related Reports

11.3.Glossary


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