01 Rising Demand for Miniaturization and Additional Functionality in Advanced Mobile Devices and Electric Vehicles The automotive industry uses electronic components crucial for safety and is exposed to high voltages and harsh environmental conditions, driving about 80% of current automotive innovation. Developing new line semiconductors for automotive applications is therefore mandated for manufacturers. Intelligence, connectivity, sensing, and control applications are developing rapidly to keep up with the complexity of designing safer, more environmentally friendly, and intelligent vehicles. Every new application necessitates further development in semiconductor chip manufacturing's patterning process, which drives up the overall semiconductor deployment in today's high-tech cars.
02 Growing Innovation by Top-Tier Semiconductor Suppliers and Vendors Factors such as growing innovation by specialized equipment vendors (like Veeco, SUSS MicroTec, EV Group (EVG), and SMEE), offering brand-new lithography tools, especially for the "More than Moore" (MtM) industry, are expected to drive the market growth during the forecast period. These include the rising demand for miniaturization and additional functionality by electric vehicles and advanced mobile devices.In addition, leading semiconductor equipment manufacturers, such as ASML, Nikon, and Canon, strongly encourage the development of new lithography tools. Canon USA Inc. announced in December 2020 that its parent company, Canon Inc., might start selling the FPA-3030i5a in March 2021. The company's line-up of i-line1 semiconductor lithography systems supporting the production of devices, including compound semiconductors, now includes the FPA-3030i5a. Additionally, the FPA-3030i5a is made to assist in lowering the cost of ownership (CoO), a measure of the overall expenses related to semiconductor manufacturing. Such quick manufacturer changes are anticipated to attract customers' attention and accelerate market expansion during the forecast period.
01 Complexity in Manufacturing Process Patterns Moore's Law defines density as the number of semiconductor chips crammed into a given 2D space. The chip area must be considered because it directly affects how much a chip costs. Some experts think that the semiconductor can no longer be made any smaller. Although such rapid size reduction enables faster processing and more cost-effective power efficiency, it also increases design complexity and poses several manufacturing challenges.Numerous factors limit the semiconductor's lithography process at such a small scale. Dealing with complexity at the atomic level is one of the critical difficulties. In the lithography process, the wafer's surface is either etched (material is removed) or has layers deposited before the pattern is transferred from the photoresist to the wafer. The dopant materials are then added to the wafer in the pattern, section by section. At this point, removing the formed patterns without harming the underlying wafer becomes incredibly difficult.
01 Growing Demand in Various End-User Industries The exponential growth of semiconductors in many end-user industries is expected to boost the semiconductor lithography equipment market in the coming years. The semiconductor IC market is increasing, expanding the global market. EUV expansion is also fueling DUV demand. ASML's sales of EUV systems, which support memory and logic high-volume manufacturing, increased by 60% in 2020. Also, DUV systems revenue was nearly 1 billion more than EUV machines in 2020. The global market is expanding to miniaturize circuit patterns, requiring significant capital investment.Some vendors are developing next-generation semiconductor manufacturing equipment to miniaturize circuit patterns and reduce manufacturing costs. Advanced packaging technologies like FO/FI WLP, Flip Chip, 3D stacking, interposers, and embedded die are growing in the semiconductor market to meet the demand for better performance, lower power consumption, and smaller geometries in mobile and automotive applications. These factors will boost the global semiconductor lithography equipment market over the forecast period.
May 2026 ASML and Tata Electronics announced a strategic partnership to support the establishment of Tata Electronics' semiconductor fabrication facility in Dholera, India. Under the agreement, ASML will supply its advanced lithography systems, support workforce training, and collaborate on developing lithography-focused R&D infrastructure to strengthen India's semiconductor manufacturing ecosystem.
March 2026 Nikon Corporation launched its DSP-100 Digital Lithography System, designed to support next-generation semiconductor manufacturing and advanced chip packaging. The new system expands Nikon's lithography portfolio by enabling higher-precision patterning for AI, cloud computing, and data center semiconductor applications.
March 2025 imec and ZEISS Semiconductor Manufacturing Technology signed a Strategic Partnership Agreement extending their collaboration through 2029. The agreement focuses on advancing High-NA EUV lithography and sub-2 nm semiconductor research, with ZEISS contributing advanced lithography optics and supporting R&D projects under Europe's NanoIC pilot line.
March 2025 Canon Inc. expanded its semiconductor lithography portfolio by strengthening its advanced packaging lithography equipment lineup, including the FPA-8000iW system for large-panel substrates. The portfolio expansion is aimed at improving chip yield and addressing the growing demand for advanced semiconductor packaging technologies.