Tools and process work that remove material, residues, or photoresist without damaging the wafer pattern.
What this segment covers
Tools and process work that remove material, residues, or photoresist without damaging the wafer pattern.
Each tooling segment draws on a different mix of disciplines and support roles. This brief lists the role families, bottlenecks, and public signals tied specifically to etch, clean, and strip.
Capability taxonomy
Each capability names a discrete technical problem a competent supplier has to solve. The list is taxonomy and should not be read as a score.
ECS01
Create a stable plasma and independently shape ion density and ion energy so the tool removes the intended material with the intended directionality.
Core problems: ICP/CCP source design; RF matching; ion energy-density decoupling; chamber repeatability; wafer temperature interaction with plasma.
ECS02
Translate a mask pattern into the film stack without collapsing profile control or attacking adjacent materials.
Core problems: Etch rate; anisotropy; selectivity; CD/profile control; microloading; aspect ratio effects; residues; endpoint strategy.
ECS03
Remove polymers, particles, metals, and native contamination so the next process starts from a stable surface.
Core problems: Residue chemistry; particle removal from patterned wafers; metal contamination; no pattern damage; chemical compatibility with prior films.
ECS04
Remove photoresist or metal-removal residues quickly and safely without destroying pattern fidelity or surface quality.
Core problems: PR strip; metal strip; solvent/acid compatibility; throughput vs damage; chemical consumption and recovery; safety and filtration.
Role families
These are the kinds of people the segment relies on. Public sources reveal each role family with different visibility.
ECS_RS
Invent or validate new plasma regimes, chemistries, chamber materials, surface interactions, and residue-removal mechanisms.
Typical titles: Plasma scientist; surface scientist; cleaning chemist; materials scientist
Public observability: Medium
ECS_PE
Own recipes, DOE, process windows, installation debug, chamber match, customer ramp, and failure analysis.
Typical titles: Etch process engineer; clean/strip process engineer; application engineer; field application engineer
Public observability: High
ECS_TE
Run PM, swap consumables, execute checklists, resolve first-line faults, and support release-test or install work.
Typical titles: Equipment technician; installation/debug technician; test technician; cleanroom maintenance technician
Public observability: Medium
ECS_TK
Chamber seasoning; alarm triage; tool matching; handoff timing; residue-risk intuition; fab etiquette during ramps.
Typical titles: Held by senior process engineers; senior field engineers; shift leads; master technicians
Public observability: Weakly observable
Likely bottlenecks
Public signals
What to watch
Do not infer
Source trail
These are the source records this brief leans on most. The full source ledger is available on the sources page.
CN_FIRM_AMEC
AMEC · official company product page
Core source for etch and deposition product-line mapping and for the lithography-constraint side note that China is stronger in etch/deposition than lithography.
Caveat: Corporate source; English site emphasizes product families more than personnel data.
CN_FIRM_ACM_SH
ACM Research Shanghai · official company page
High-value clean-tool source with wet cleaning, electroplating, furnace, track, and PECVD coverage; especially useful for clean/strip and adjacent front-end tools.
Caveat: Corporate source; some claims are marketing-oriented.
CN_FILING_AMEC_2025
CNINFO / AMEC · corporate filing
Etch product maturity and R&D composition.
Caveat: Listed-company disclosure; product and workforce data are aggregated.
Next step
The evidence explorer holds the 57 rows tied to this segment. Open it to inspect the underlying records, filter by evidence type, and trace each row back to its source.