Top 10 Semiconductor Equipment Companies of 2023

Uncover the intricate functions and real-life examples that define Applied Materials, ASML Holding, LAM Research, Tokyo Electron, KLA Corporation, Hitachi High-Technologies, Nikon, Canon, Veeco Instruments, and Thermo Fisher Scientific.
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The technological revolution of our era is orchestrated by semiconductor equipment companies that stand as pillars of innovation and precision engineering.

As we venture into 2023, let’s take a deep dive into the top 10 semiconductor equipment companies, unraveling their functions, real-life impact, and the intricate processes that propel the semiconductor industry forward.

1.Applied Materials

Applied Materials, a veteran in the industry since its establishment in 1967, is an American multinational revered for its materials engineering solutions. The company’s influence spans the globe, with a commitment to shaping the future of electronics.

  • Chemical Vapor Deposition (CVD): Applied Materials excels in the precise deposition of thin films through chemical reactions. This is a crucial step in creating the foundation for semiconductor devices.
  • Physical Vapor Deposition (PVD): Leveraging physical processes like sputtering or evaporation, Applied Materials’ PVD tools deposit thin films onto silicon wafers, playing a pivotal role in semiconductor fabrication.
Real-life Example:

The Centura Stratus PVD system by Applied Materials is a testament to their commitment to excellence. Widely employed in the production of advanced memory chips, this system is renowned for its uniformity and film quality.

2.ASML Holding

ASML Holding, a Dutch powerhouse founded in 1984, has emerged as the world’s largest supplier of lithography equipment. The company’s contributions are instrumental in the production of highly sophisticated chips.

  • EUV Lithography: ASML’s EUV lithography machines utilize extreme ultraviolet (EUV) light to transfer intricate circuit patterns onto wafers. This technology is at the forefront of producing cutting-edge processors.
Real-life Example:

ASML’s EUV lithography machines are a linchpin in the production of advanced processors. These machines enable the fabrication of smaller, faster, and more energy-efficient chips, driving innovation in various technological domains.

Read More : Intel to Start Mass EUV Production in Ireland; 2 Out of 5 nodes achieved – techovedas

3.LAM Research

Founded in 1979, LAM Research is an American multinational specializing in wafer fabrication equipment. LAM’s impact is profound in the realms of etching and cleaning processes crucial for semiconductor manufacturing.

  • Plasma Etching: LAM Research’s plasma etching tools delicately remove material from wafers using ionized gases. This process is fundamental in sculpting intricate circuit patterns.
  • Wet Etching: The wet etching process, another forte of LAM Research, involves the removal of material from wafers using chemical solutions, contributing to the precision required in semiconductor fabrication.
  • Wafer Cleaning: LAM Research’s expertise in wafer cleaning involves the elimination of impurities from wafers, ensuring the pristine quality of semiconductor devices.
Real-life Example:

The Sabre Gen-X etcher by LAM Research is an exemplary tool in the production of logic chips. Its high-performance attributes facilitate the creation of smaller, faster, and more efficient transistors, a cornerstone in modern semiconductor devices.

4.Tokyo Electron

Established in 1961, Tokyo Electron, a stalwart in the industry, is a Japanese multinational that specializes in semiconductor process equipment. The company’s expertise shines in diffusion and oxidation processes, crucial for semiconductor manufacturing.

  • Diffusion: Tokyo Electron’s diffusion tools introduce dopants into semiconductor materials, altering their electrical properties. This is a key step in the customization of semiconductor devices.
  • Oxidation: The formation of oxide layers on semiconductor wafers is a pivotal function of Tokyo Electron’s equipment. This process contributes to the creation of insulated layers crucial for semiconductor devices.
Real-life Example:

Tokyo Electron’s GLC-Gi etcher is a versatile tool employed in the fabrication of various semiconductor devices. It plays a vital role in the production of power management chips and CMOS image sensors, showcasing the company’s diverse applications in the semiconductor landscape.

5.KLA Corporation

KLA Corporation, a prominent player since its inception in 1996, specializes in semiconductor process control and metrology equipment. Their optical inspection systems and defect detection tools contribute significantly to the quality and integrity of semiconductor manufacturing processes.

  • Optical Inspection: KLA Corporation’s optical inspection systems employ advanced imaging techniques to detect defects and imperfections on semiconductor wafers. This real-time scrutiny is paramount for ensuring the quality of semiconductor manufacturing.
  • Defect Detection: Identifying and locating defects in semiconductor devices is a core function of KLA Corporation’s equipment. These systems play a crucial role in minimizing defects and enhancing the overall yield of semiconductor production.
Real-life Example:

KLA Corporation’s 2920 DUV inspection system is pivotal in the production of advanced memory chips. Its ability to detect and address defects ensures a higher yield and superior quality of semiconductor products.

Read More: 15 Top Semiconductor companies in the World – techovedas

6.Hitachi High-Technologies

Hitachi High-Technologies, a Japanese conglomerate established in 1999, offers a diverse range of semiconductor equipment, including metrology tools, electron beam lithography systems, and wafer inspection systems. Renowned for high precision and reliability, Hitachi High-Technologies continues to be a key player in the semiconductor equipment landscape.

  • Metrology Tools: Hitachi High-Technologies’ metrology systems are instrumental in measuring critical dimensions of semiconductor devices. These tools contribute to the precision required for the production of smaller and more efficient chips.
  • Electron Beam Lithography: The company’s electron beam lithography systems play a crucial role in creating intricate patterns on semiconductor wafers, contributing to the miniaturization of semiconductor devices.
Real-life Example:

The Lextreme 3D-EM metrology system by Hitachi High-Technologies exemplifies cutting-edge technology. Employed to measure critical dimensions of semiconductor devices, this system utilizes advanced electron microscopy techniques for exceptional precision and resolution.

Read More: Micron Unveils NVDRAM: Revolutionary DRAM-Like Non-Volatile Memory for AI – techovedas


Nikon, a revered Japanese multinational established in 1917, stands as a leading provider of semiconductor lithography equipment. Particularly proficient in deep ultraviolet (DUV) lithography, Nikon’s contributions are foundational to the production of advanced chips with smaller feature sizes.

  • DUV Lithography: Nikon’s DUV lithography systems leverage deep ultraviolet light to transfer circuit patterns onto wafers. This technology is indispensable for the production of chips with smaller and more intricate features.
Real-life Example:

Nikon’s NSR-S6E01 DUV lithography system is widely utilized in the production of high-performance processors. Its capacity to project circuit patterns with exceptional accuracy contributes to the creation of denser and more powerful chips.

Explained: What the hell is a semiconductor? – techovedas


Canon, a Japanese multinational with a legacy dating back to 1937, is a significant player in the semiconductor equipment market. The company’s offerings include exposure systems, steppers, and scanners, known for their high performance and reliability.

  • Exposure Systems: Canon’s exposure systems play a critical role in the semiconductor manufacturing process, exposing photosensitive material on silicon wafers. This step is foundational for creating the circuit patterns necessary for semiconductor devices.
Real-life Example:

Canon’s FPA-5500i exposure system is instrumental in the production of advanced memory chips. Its precision in controlling exposure intensity and timing contributes to the creation of chips with higher memory capacity and faster data transfer rates.

9.Veeco Instruments

Veeco Instruments, an American multinational established in 1951, specializes in semiconductor metrology and deposition equipment. With a focus on atomic force microscopy (AFM) and epitaxial deposition systems, Veeco Instruments contributes to the characterization and deposition of semiconductor materials.

  • Atomic Force Microscopes (AFMs): Veeco Instruments’ AFMs are high-resolution tools used to measure surface topography and critical dimensions of semiconductor devices. These tools enable the fabrication of chips with precise and consistent features.
  • Epitaxial Deposition Systems: The epitaxial deposition process is crucial for depositing semiconductor materials with specific properties, contributing to the performance of semiconductor devices.
Real-life Example:

Veeco Instruments’ LEAP 400 AFM is a prime example of high-resolution metrology. Employed to measure surface topography and critical dimensions, this tool ensures the fabrication of semiconductor devices with precise and consistent features.

10.Thermo Fisher Scientific

Thermo Fisher Scientific, an American multinational, has a diverse range of offerings in the semiconductor equipment space. Their portfolio includes mass spectrometry tools, plasma etching systems, and wafer cleaning systems, known for their analytical capabilities and performance.

  • Mass Spectrometry: Thermo Fisher Scientific’s mass spectrometry tools are pivotal for analyzing the elemental composition of semiconductor materials. This analysis ensures the purity and consistency of materials used in chip production.
  • Plasma Etching Systems: Thermo Fisher Scientific’s plasma etching systems contribute to the semiconductor manufacturing process by selectively removing material from wafers using ionized gases.
Real-life Example:

The iCAP 7500 ICP-MS system by Thermo Fisher Scientific is a powerful tool used to analyze the elemental composition of semiconductor materials. This ensures the quality and consistency of materials used in semiconductor chip production.

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In our journey through the top 10 semiconductor equipment companies of 2023, we’ve witnessed the intricate processes, cutting-edge technologies, and real-life examples that shape the semiconductor landscape. These companies, through their innovation and precision, continue to drive the evolution of electronics, paving the way for smaller, faster, and more powerful semiconductor devices. As we stand at the intersection of technology and progress, the contributions of these companies underscore their indispensable role in shaping the future of our connected world.

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