Company profiles›Shanghai Micro Electronics Equipment (SMEE)

Shanghai Micro Electronics Equipment (SMEE)上海微电子

Founded 2002Shanghaismee.com.cnReviewed 2026-08-30

State-backed design and manufacture of lithography scanners across three lines (front-end IC SSX600, advanced-packaging SSX500, small-substrate SSX300), selling to domestic chip, packaging, display and MEMS fabs, with revenue from equipment sales and government program support.

Scale

—no public financials
privatenot exchange-listed

Gap vs frontier

Bottlenecksector position

Sector-level position; no priceable accelerator silicon to compare chip-by-chip.

The chip stackEach layer depends on the layers below it
1 · ChipsWhat the stack produces
2 · Design toolsSoftware and IP to design them
3 · ManufacturingPlants that turn designs into silicon
4 · EquipmentMachines inside the plants
5 · MaterialsWhat the plants consume

Company at a glance

Scale

Private, not exchange-listed

Growth prospects

Expanding customer base and product roadmap

via m.c114.com.cn ↗Unlisted state-owned shareholding company; in 2024-2025 it won domestic lithography procurement tenders including a reported ~RMB 110 million award v…via smee.com.cn ↗Front-end IC scanners with 4x-reduction projection optics; the SSA600/20 offers 90nm resolution for 8-inch/12-inch volume production; first domestic …

China competition

Competes with SiCarrier, SMEE in Lithography — peers listed at sector level.

Bottleneck

Global comparables

Global reference set: ASML, Nikon, Canon.

ASML

Technical gap

Sector rated bottleneck vs the frontier.

Obstacles

US export-control exposure

via federalregister.gov ↗Placed on the US Unverified List in February 2022 after delivering a new-generation advanced-packaging scanner; added to the US Entity List on 2022-1…
All sourced facts (8)
  • Headquarters: Shanghai, China
  • Founded: 2002-03 in Shanghai, jointly promoted by the Ministry of Science and Technology and the Shanghai government with multiple state enterprise investors via smee.com.cn ↗
  • Listing status: Unlisted state-owned shareholding company; in 2024-2025 it won domestic lithography procurement tenders including a reported ~RMB 110 million award via China government procurement via m.c114.com.cn ↗
  • SSX600 front-end series: Front-end IC scanners with 4x-reduction projection optics; the SSA600/20 offers 90nm resolution for 8-inch/12-inch volume production; first domestic 90nm front-end scanner delivered via smee.com.cn ↗
  • 28nm immersion program: Media and analyst reports from December 2023 through May 2025 describe SMEE delivering the ArF immersion SSA/800-10W rated for 28nm with ~1.9nm overlay accuracy; SMEE has not published official confirmation, and a December 2023 report of 28nm development had its source article quickly deleted via trendforce.com ↗
  • Export controls: Placed on the US Unverified List in February 2022 after delivering a new-generation advanced-packaging scanner; added to the US Entity List on 2022-12-16 as part of a 36-entity action citing military-modernization support via federalregister.gov ↗
  • State programs: Its 28nm lithography development was tied to the National 02 Special Project (02专项); reports in 2023-2024 described the 28nm machine not yet passing 02-special acceptance review via zh.wikipedia.org ↗
  • EUV ambitions: Filed a patent for an EUV lithography system in 2024, indicating long-horizon development beyond DUV via zh.wikipedia.org ↗

Why it matters

SMEE is the bottleneck and the hope of China's domestic lithography capability: it is the only Chinese supplier of front-end production lithography scanners, and its progress from 90nm toward 28nm immersion DUV determines how far China can localize mature-node chip production under ASML-restricted conditions.

Where it sits in the stack

Key semiconductor products

  • SSX600 series front-end IC lithography scanners·SSA600/10, SSA600/15, SSA600/20 at 90nm resolution, 8/12-inch
  • SSX500 series advanced-packaging lithography tools·large-field high-resolution
  • SSX300 series lithography for ≤6-inch substrates·LED, MEMS, power devices, display

Ecosystem

Global peer set

  • ASML
  • Nikon (NSR series)
  • Canon

Competitive position

  • China's only volume supplier of front-end semiconductor lithography scanners; domestic fabs' sole non-Japanese/Dutch option under export restrictions
  • Production tools reach 90nm (DUV dry) resolution, several generations behind ASML immersion and EUV tools
  • 28nm immersion capability reported by media but not officially demonstrated, leaving a wide gap to ASML/Nikon/Canon mainstream nodes
  • SMEE is positioned as China's flagship domestic lithography tool maker at the most strategic equipment bottleneck; the nodes and process steps its shipping tools address are not verified here, and the gap to global DUV/EUV incumbents is presumed large but unquantified in this signals batch.
  • Lithography is the most concentrated and export-constrained step in chipmaking, and SMEE is the single most-watched domestic player attempting to substitute imported tools; production-line adoption at mainstream nodes remains the open question.
  • Global comparables: ASML
  • Global comparables: Nikon (NSR series)
  • Global comparables: Canon

Milestones and signals

  • 2002—Shanghai Micro Electronics Equipment (SMEE) was founded.
  • 2024—Resolution Of Production Scanner (SSA600 / 20): N/A 90nm
  • 2024—Domestic Procurement Award: CNY ~110 million
  • 2025—Reported Overlay Accuracy Of SSA / 800-10W: N/A ~1.9nm (media-reported)
  • Listing—Unlisted state-owned shareholding company

What to watch

  • Official confirmation and volume delivery status of the SSA/800-10W 28nm immersion scanner
  • 02专项 acceptance review outcome for the 28nm tool
  • Impact of Entity List restrictions on component supply for scanner builds
  • EUV patent activity as a signal of longer-term roadmap

Questions

Last reviewed 2026-07-11

Answered questions

What is the measurable gap versus global reference companies?

Against ASML, Nikon (NSR series), and Canon: SMEE is positioned as China's flagship domestic lithography tool maker at the most strategic equipment bottleneck; the nodes and process steps its shipping tools address are not verified here, and the gap to global DUV/EUV incumbents is presumed large but unquantified in this signals batch.

Open questions

  • Which products are qualified beyond pilots in equipment?
  • Which customers, fabs, or end markets show real adoption rather than policy interest?