Wafer dicing is the process of separating a finished wafer into individual dies by cutting along scribe lines, typically using a diamond saw, laser, or plasma method. It appears in assembly process flows, packaging work instructions, and quality documents where die singulation methods, chipping control, and kerf width are specified; it is common in assembly and packaging content rather than front-end wafer processing documentation.
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In localization, wafer dicing appears in assembly and packaging process flows, dicing equipment manuals, work instructions, and incoming material inspection documents. It also appears in quality and yield reports where die edge damage, chipping, or kerf variation is discussed, especially in content for OSATs and semiconductor assembly sites. The term often occurs with die attach and wafer thinning.
A common error is translating wafer dicing as 'wafer cutting' too literally in every case, missing the standard industry term 'singulation' when referring to the broader separation step. Another issue is using 'scribing' as a synonym for dicing; scribing historically refers to creating a groove or fracture line, not always full separation, so mixing them can change the process meaning.
From reading to a project
Review status: questions to confirm
Check whether “singulation” names the broader separation result or a specific operation in the source. Keep “wafer dicing” where the text explicitly names wafer-level dicing; do not normalize every occurrence to a single word without checking the document context.
In maps and cross-sections, preserve the planned scribe-line region as distinct from kerf, the cut width or removed-material reference. Match each translation to its own drawing callout rather than treating both as a visible line.
Where “scribe” or “scribing” appears, check whether it describes a groove/marking step or full die separation. Preserve the stated action and status; do not silently translate a partial operation as completed dicing.
Related published experience
Japanese → Chinese
Japanese-to-Chinese documentation for a listed Japanese semiconductor manufacturer.
Related Japanese-to-Chinese semiconductor documentation for Torex. The invented register illustrates file preparation; the public case does not identify this particular process or document set.
List the file revisions and map/drawing references; identify whether each term names an operation, planned region or cut-width field.
Technical terms need checking against the source, approved product terminology and related specifications. Keep units, parameter conditions and document versions aligned across the file set.
Provide approved terms and previous translations with the source files. Agree how variants, ambiguous wording and revisions will be reviewed. Terminology maintenance and any termbase handback are confirmed in the project scope. See the 8-step AI + expert workflow.
Include the source and target languages, file types, intended use, deadline and any approved termbase. Agree handling before sending sensitive files. Acknowledged in 4 hours, quoted in 24.
Prepare a Chinese semiconductor-file inquiry →Semiconductor solutions →File handling →A glossary entry is not an official standard or evidence of regulatory acceptance. Confirm current requirements for your project separately.