1 Global AFM Probe Market Insight Analysis
The global AFM probe market is valued at USD 264.59 million in 2024, with a CAGR of 7.15% from 2024 to 2033.
Atomic force microscopy (AFM) is a high-resolution scanning probe microscopy technique that can analyze materials and image surfaces that employs a sharp tip in a raster motion to measure and visualize materials at the atomic and nano scales. AFM probes are transducers that convert the interaction force with a sample surface into a deformation or a change of the vibrational state of the probe. Most probes consist of a sharp micro tip and a force transducer.
Figure Global AFM Probe Market Size (M USD) and CAGR (2024-2033)
2 AFM Probe Market Growth Drivers and Restraints
Technological progress is one of the core driving forces for the growth of the AFM probe market. Research institutions continue to invest in research and development to promote product innovation. For example, the integration of 3D printing technology and artificial intelligence with AFM probes has significantly improved product efficiency and functionality. In response to the problem that the tip size of the AFM probe affects the imaging accuracy of the atomic force microscope, researchers at the University of Illinois at Urbana-Champaign eliminated the probe width effect through a deep learning algorithm, making it possible to obtain higher-resolution surface images, which makes the application of AFM probes in scientific research more extensive and in-depth.
The booming downstream market has also injected strong momentum into the AFM probe market. Atomic force microscopes are increasingly used in semiconductors, materials science, life sciences and other fields. In the semiconductor industry, AFM can be used to study the surface properties of semiconductor materials. With the continuous expansion of the semiconductor industry, the demand for AFM probes has also risen. In the field of life sciences, atomic force microscopy has become an important tool for studying the structure and function of biological macromolecules. Its application in observing the surface morphology of biological cells and the structure of biological macromolecules has promoted the development of biomedical research, thereby driving the growth of the AFM probe market.
The defects of the AFM probe itself limit its market development. There are many problems with AFM probes in different measurement modes of atomic force microscopy. In contact mode, the lateral force and the adhesion force generated by the adsorption layer on the sample surface will reduce the spatial resolution of the image and may scratch the soft sample; the non-contact mode has problems such as low lateral resolution, slow scanning speed, and unstable feedback. In addition, inappropriate probes will also cause artifacts such as deformation and overlap in the image, affecting the user’s interpretation of the image. These defects limit the use of AFM probes in some application scenarios that require extremely high precision and stability.
The application field of AFM probes is relatively narrow, mainly limited to atomic force microscopy, which restricts the expansion of its market size. As a consumable for atomic force microscopy, the sales of AFM probes are heavily dependent on the demand of the atomic force microscopy market. Once the atomic force microscopy market changes, such as technology substitution or decreased demand, the supply chain and product life cycle of AFM probes will be significantly affected. Moreover, the narrow application field also limits the motivation of manufacturers to invest in technological innovation, because the limitations of market demand make it difficult to guarantee the returns brought by innovation, thus affecting the optimization of product performance and the improvement of market competitiveness.
3 Technological Innovations in the AFM Probe Market
Technological innovation in the AFM probe market is mainly focused on improving product performance. To meet the strict requirements of scientific research for high resolution and high sensitivity, manufacturers continue to explore and improve production processes. For example, by optimizing the material and structure of the probe, its perception and resolution of the sample surface can be improved. In terms of materials, different types of AFM probes, such as diamond, silicon nitride, silicon, etc., are optimized and innovated to meet the needs of different application scenarios.
In terms of structural design, advanced manufacturing technology is used to make the tip of the probe sharper and improve its ability to detect the microstructure of the sample surface. The integration of emerging technologies has brought new development opportunities for AFM probes. The application of 3D printing technology can realize the manufacture of more complex probe structures, improve production efficiency and product accuracy. Artificial intelligence technology can be used for data analysis and processing to help users interpret AFM images more accurately and mine more valuable information. By processing images through artificial intelligence algorithms, noise can be removed, features can be enhanced, and image quality and analysis efficiency can be improved.
Corporate mergers and acquisitions are becoming more frequent in the AFM probe market, becoming an important strategic means for companies to expand their scale and enhance their competitiveness. Take Bruker as an example. In 2024, it made several acquisitions, including Spectral Instruments Imaging, a company specializing in preclinical in vivo optical imaging systems, and Nanophoton Corporation, a supplier of advanced research Raman microscopy systems. Through these acquisitions, Bruker has filled the gaps in its technology and product portfolio, broadened its range of preclinical solutions in areas such as disease research, and further consolidated its leading position in the market. Corporate mergers and acquisitions help integrate resources and achieve complementary advantages.
4 Global AFM Probe Market Size by Type
Diamond AFM Probes are known for their high durability and stability, making them suitable for applications requiring high-resolution imaging and force measurements. In 2024, the revenue generated from Diamond AFM Probes is projected to be $52.07 million, accounting for 19.68% of the total market revenue. These probes are particularly popular in the semiconductor industry and life sciences research due to their ability to provide detailed surface morphology and mechanical property analysis.
Silicon Nitride AFM Probes are widely used for their flexibility and resistance to wear. They are ideal for applications involving soft materials and biological samples. In 2024, the revenue from Silicon Nitride AFM Probes is expected to reach $70.29 million, representing 26.57% of the total market revenue. Their versatility and relatively lower cost compared to diamond probes make them a popular choice across various industries, including materials science and life sciences.
Silicon AFM Probes are the most commonly used type due to their balance of performance and cost-effectiveness. They are suitable for a wide range of applications, from semiconductor inspection to general material analysis. In 2024, the revenue from Silicon AFM Probes is projected to be $108.83 million, which is 41.13% of the total market revenue. Their widespread use across multiple industries drives their significant market share and revenue contribution.
Table Global AFM Probe Market Size and Share by Type in 2024
Type | Market Size (M USD) 2024 | Market Share 2024 |
|---|---|---|
Diamond AFM Probes | 52.07 | 19.68% |
Silicon Nitride AFM Probes | 70.29 | 26.57% |
Silicon AFM Probes | 108.83 | 41.13% |
Others | 33.40 | 12.63% |
5 Global AFM Probe Market Size by Application
Semiconductors and electronics was the largest application segment. In 2024, it had a consumption revenue of $114.56 million, accounting for 43.30% of the total market revenue. This dominance is mainly due to the crucial role of AFM probes in semiconductor device research. For instance, they are used to study the surface reconstruction, morphology, and electronic state of semiconductors. With the continuous development of the semiconductor industry, especially in emerging technologies like the Internet of Things and artificial intelligence, the demand for AFM probes in this field is on the rise.
The materials application segment ranked second. In 2024, its consumption revenue was $67.17 million, with a market share of 25.39%. AFM probes are essential for detecting the structure and performance of micronano materials in basic scientific and technological application research. They help in analyzing the surface properties of various materials, which is crucial for material development and quality control.
Life sciences and biology also had a significant share in the AFM probe market. In 2024, the consumption revenue was $56.95 million, accounting for 21.52% of the total market revenue. AFM probes are used to observe the surface morphology of biological cells, the structure of biological macromolecules, and the force spectrum curve between biological molecules. This helps in revealing the microstructure and function of biomolecules, promoting the understanding of disease mechanisms and drug development.
Table Global AFM Probe Market Size and Share by Application in 2024
Application | Market Size (M USD) 2024 | Market Share 2024 |
|---|---|---|
Semiconductors and Electronics | 114.56 | 43.30% |
Materials | 67.17 | 25.39% |
Life Sciences and Biology | 56.95 | 21.52% |
Others | 25.90 | 9.79% |
6 Global AFM Probe Market Size by Region
The United States was the largest market in terms of revenue. In 2024, the AFM probe market revenue in the United States reached $88.65 million, accounting for 33.51% of the global total. The country has a strong foundation in scientific research and a well – developed semiconductor and life sciences industry. For example, numerous research institutions and high – tech companies in the US drive the demand for AFM probes. The US government also invests heavily in scientific research, which promotes the development of related technologies and the consumption of AFM probes.
Europe followed closely, with a market revenue of $65.28 million in 2024, accounting for 24.67% of the global market. Europe has a long – standing reputation in scientific research and manufacturing. Countries like Germany, France, and the UK have advanced research facilities and a large number of professional researchers. The region’s focus on high – end manufacturing and material science research leads to a stable demand for AFM probes. Additionally, European companies are actively involved in international research cooperation, which further stimulates the market.
China’s AFM probe market has been growing rapidly. In 2024, the revenue was $33.15 million, accounting for 12.53% of the global market. China’s booming semiconductor industry, along with increased investment in scientific research, has been fueling the growth of the AFM probe market. The government’s support for high – tech industries, such as the establishment of innovation parks and the implementation of preferential policies, has attracted many companies to invest in semiconductor and materials research, thereby increasing the demand for AFM probes.
Japan’s market revenue in 2024 was $19.88 million, with a market share of 7.52%. Japan has a highly developed high – tech industry, especially in electronics and materials. Japanese companies are known for their high – quality products and advanced manufacturing technologies. In the AFM probe market, Japan’s focus on precision manufacturing and material research ensures a stable demand for high – quality AFM probes.
India’s AFM probe market is also showing potential. In 2024, the revenue was $8.19 million, accounting for 3.09% of the global market. With the continuous development of India’s economy and the increasing investment in scientific research, the demand for AFM probes in India is expected to grow. The country’s large population also provides a broad market base for future development.
Southeast Asia, Latin America, the Middle East, and Africa each had relatively smaller but still significant market shares in 2024. Southeast Asia’s market revenue was $10.67 million, accounting for 4.03%. The region’s growing electronics and manufacturing industries are driving the demand for AFM probes. Latin America’s revenue was $10.48 million, with a market share of 3.96%. The increasing research activities in nanotechnology in the region are contributing to the market growth. The Middle East and Africa had a combined market revenue of $14.44 million, accounting for 5.46% of the global market. Although the market in this region is relatively small, it has growth potential with the development of local industries and the increase in scientific research investment.
Figure Global AFM Probe Market Size (M USD) by Region in 2024
7 Global AFM Probe Market Analysis by Major Players
Bruker
Company Introduction and Business Overview:
Bruker Corporation is a leading global manufacturer of scientific instruments and analytical solutions, established in 1960 with headquarters in the United States. Bruker is renowned for its comprehensive portfolio of life science diagnostic tools and analytical instruments, catering to a wide range of industries including academia, research institutions, and commercial laboratories.
Bruker’s business strategy focuses on innovation and diversification, offering a broad range of products and services that address various scientific and industrial needs. The company’s strength lies in its ability to integrate advanced technologies into its products, ensuring high performance and reliability. Bruker’s global presence and extensive sales network allow it to maintain a strong market position and cater to diverse customer requirements.
Products:
Bruker offers a wide array of AFM probes designed for high-resolution imaging and analysis. Its flagship product, the SCANASYST-FLUID+ probe, is known for its exceptional performance in fluid imaging, providing detailed biomolecular imaging with minimal tuning required. Bruker’s probes are widely used in applications such as semiconductor inspection, materials science, and life sciences research.
Market Performance in 2024:
In 2024, Bruker’s AFM probe revenue is projected to reach $100.01 million, accounting for 37.80% of the global market share. This significant revenue underscores Bruker’s dominant position in the AFM probe industry.
NanoWorld AG
Company Introduction and Business Overview:
NanoWorld AG, founded in 2000 and headquartered in Switzerland, is a leading manufacturer of high-quality AFM probes and nanotechnology products. The company is known for its innovative approach and commitment to delivering superior performance and reliability in its products.
NanoWorld AG’s business strategy emphasizes continuous innovation and product development, focusing on meeting the evolving needs of the scientific community and industrial users. The company’s products are designed to provide high sensitivity and resolution, making them ideal for applications in nanoscale imaging and analysis. NanoWorld AG’s strong presence in Europe and expanding global reach contribute to its market success.
Products:
NanoWorld AG’s Pointprobe® NCH probes are designed for non-contact and tapping mode imaging, offering high operational stability and sensitivity. These probes are made from monolithic silicon, providing excellent mechanical properties and chemical inertness. They are widely used in applications such as semiconductor inspection, materials science, and life sciences research.
Market Performance in 2024:
In 2024, NanoWorld AG’s AFM probe revenue is projected to be $52.32 million, representing 19.77% of the global market share. This revenue highlights NanoWorld AG’s strong market position and its ability to compete with larger players in the industry.
NT-MDT
Company Introduction and Business Overview:
NT-MDT, established in the United States, is a prominent manufacturer of AFM probes and related nanotechnology products. The company is known for its commitment to delivering high-quality, reliable products that meet the stringent requirements of the scientific and industrial communities.
NT-MDT’s business strategy focuses on providing comprehensive solutions for atomic force microscopy, including a wide range of probes and accessories. The company’s products are designed to offer high performance and versatility, catering to various applications in research and industry. NT-MDT’s global presence and strong customer support contribute to its market success and reputation.
Products:
NT-MDT’s TERS Cantilever-type Probes are designed for high-resolution imaging and analysis, offering enhancement factors of 100x and more. These probes are ideal for applications requiring high lateral resolution and fast mapping capabilities. NT-MDT’s probes are widely used in semiconductor inspection, materials science, and life sciences research.
Market Performance in 2024:
In 2024, NT-MDT’s AFM probe revenue is projected to be $31.35 million, accounting for 11.85% of the global market share. This revenue reflects NT-MDT’s strong market position and its ability to deliver high-quality products that meet diverse customer needs.