ASML Predicts 5.27% 2026 Revenue Growth as High-NA Ramps
ASML forecasts 5.27% 2026 revenue growth driven by capex from TSMC, Samsung, Micron and SK Hynix despite a sharp China sales decline. It dominates EUV lithography as High-NA tools ramp while generating $7 billion free cash flow in 2024, supporting robust margins.
1. Modest 2026 Revenue Growth with China Headwinds
Analyst consensus at Khaveen Investments projects ASML’s 2026 revenue to grow by approximately 5.27%, driven by ongoing demand for EUV lithography systems. This reflects a significant contraction in sales to China, which are forecast to decline by nearly 18% year-over-year due to export restrictions and inventory adjustments in local fabs. Despite this drop, ASML’s overall revenue outlook remains positive, supported by capacity constraints in other regions and multiyear service contracts that underpin recurring aftermarket revenue.
2. Robust Capex from Leading Foundry and Memory Customers
Top-tier customers continue to ramp capital expenditures in 2026, securing ASML’s order backlog. TSMC has announced plans to allocate roughly $60 billion to foundry expansion, Samsung is earmarking $40 billion for its Pyeongtaek and S3 fabs, Micron projects $12 billion in memory fab investments, and SK Hynix budgets $10 billion for its M14 facility. Together, these commitments account for more than 70% of ASML’s 2026 tool deliveries, ensuring high utilization of the company’s production slots and supporting strong service revenue growth.
3. Unrivaled EUV Monopoly and Technology Lead
ASML maintains an unassailable position as the sole supplier of extreme ultraviolet (EUV) lithography systems, with a current installed base exceeding 150 machines worldwide. Competitors remain at least three to five years behind in advanced lithography development, unable to match ASML’s throughput of 170 wafers per hour on the NXE:3600D platform. This monopoly underpins gross margins above 50% and allows ASML to command premium pricing for both new tool shipments and annual maintenance agreements.
4. High-NA EUV Ramping and Long-Term Outlook
The high-numerical-aperture (High-NA) EUV system is set to enter production in late 2026, with more than 20 units already under customer evaluation. High-NA promises a two-fold resolution improvement over current EUV tools, enabling sub-8 nm patterning without multiple patterning steps. Early adopters among logic and memory fabs have placed pre-series orders that contribute over €1 billion to the 2026 order intake. With competitors still developing next-generation EUV alternatives, ASML’s High-NA ramp secures its technology leadership through at least 2030.