Global Focused Ion Beam Market – Analysis and Forecast (2018-2024)

Industry Insights by Application (Nanofabrication, Sample Preparation, and Others), by Ion Source (Iridium, Gallium, Gold, and Others)

Status : Upcoming
Report Code : VRSME9032
Available Format : PDF
Industry : Semiconductor & Electronics

Industry Overview

The focused ion beam is a technology that is extensively being utilized in the biological fields, semiconductor industry and materials science. It is a scientific device that looks similar to a scanning electron microscope (SEM). Moreover, extensive application of focused ion beam systems in material science and increasing demand for failure analysis equipment are the key factors driving the growth of the focused ion beam market.

Market Segmentation

Insight by Application

Based upon application, the focused ion beam market is segmented into nanofabrication, sample preparation, and others. Among these segments, nanofabrication is anticipated to witness the fastest growth during the forecast period. Nanofabrication is extensively being utilized to make material lighter, reactive, durable, and stronger. Furthermore, the demand for nanofabrication ion beam from semiconductor domain is thereby exaggerating the growth of focused ion beam market worldwide.

Insight by Ion Source

On the basis of ion source, focused ion beam market is categorized into iridium, gallium, gold, and others. Among all these segments, gallium ion source dominated the focused ion beam market in terms of revenue throughout the estimated period. Gallium provides high brightness to the users, high emission density and ion energy spread. The increasing acceptance of this segment in the manufacturing domain is expected to further drive the growth of focused ion beam market.

Industry Dynamics

Industry Trends

There have been seen continual advancements in the semiconductor and electronics industry towards device compactness that is observed to be a key trend in the growth of the focused ion beam market. Moreover, focused ion beam systems had been utilized for more than two decades in the semiconductor industry and also in various biomaterials and material science. Additionally, the focused ion beam setup is used with a scanning electron microscope to prepare samples for transmission electron microscope that is pertaining to the growth of the focused ion beam market across the globe.

 

Growth Drivers

The increasing application of focused ion beam systems in material science, increase in demand for failure analysis and the application of focused ion beams in nano machining are the key factors driving the growth of focused ion beam market across the globe. FIB systems are applied in the material science laboratories for specimen preparation, circuit editing, and microstructural analysis. Furthermore, focused ion beam systems are used in the semiconductor and manufacturing industries as failure analysis equipment. Failure equipment has become an essential system to detect the cause of failure and helps to redirect the resources in the right direction and save huge costs of failed experiments.

Furthermore, there has been seen a swift progression in ion resources which are expected to enhance the growth of the focused ion beam market to produce new materials across the globe.

Challenges

The only challenge for the focused ion beam market is the high costs of focused ion beam systems. This makes it difficult to adopt the technology widely since it does not witness high demand for the small and medium size enterprise. This is a major drawback that can affect the demand of global focused ion beam negatively in during the forecast period.

Industry Ecosystem

Globally the market players are developing solutions to bring innovation in the ion beam systems. These market players are focusing upon bringing advanced technology for the production of unique materials. Due to improved compactness of this device the key players are able to cut costs and make the product economical for its customers. Furthermore, this focused ion bean will make it possible for the small and medium-sized enterprise to use the technology and contribute to the growth of the focused ion beam market.

Geographic Overview

Geographically, North America is the largest market due to the concentration of leading manufacturers and exponential demand for the focused ion beam systems in the semiconductor industry in this region. Moreover, the market players are continuously making efforts to introduce advanced focused ion beam products. This system embeds the existing products with more compactness, more effective and efficient. Furthermore, growing laboratory automation is helping this region to generate significant revenues throughout the estimated period.

Moreover, Asia-Pacific is anticipated to witness the fastest growth during the forecast period due to increasing demand for focused ion beam system from countries such as China and Japan. This is due to the growing popularity of conventional biological laboratories and increasing government efforts and expenditures toward it. Furthermore, the expansion of the semiconductor industry and the growing adoption of advanced technologies are key factors for the growing demand of the focused ion beam market in this region.

Competitive Insight

Key players in the market are focused upon promoting the growth of the focused ion beam market by improvising the quality and using advanced technology. Developing cost efficiencies is the key generic strategy adopted by focused ion beam market across the globe. The prominent players in the focused ion beam market include Hitachi High-Technologies Corporation, Thermo Fisher Scientific, Evans Analytical Group, Carl Zeiss AG, Fibics Incorporated, Tescan Orsay Holding A.S., Raith GmbH, JEOL Ltd., Nanosurf AG, and zeroK NanoTech.

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