Component Library Migration Workflow from Sketch and XD to Figma

Many teams say they are “migrating to Figma” when the real problem is narrower and more dangerous:

their old component library still lives in Sketch or XD.

That changes the job completely.

Importing a few screens into Figma is one thing. Migrating the reusable library that feeds those screens is another. Buttons, fields, nav patterns, cards, color styles, icon sets, and old naming habits all travel differently from finished mockups. If the library migration is rushed, the team imports history without importing coherence.

Convertify is a strong fit here because the product page is explicit about importing XD, Illustrator, PDF, PowerPoint, Word, Google Docs, and other design assets into Figma, while also exporting Figma work into other formats when teams still need cross-tool handoff. For library migration work, that matters because the goal is not only “get the file open.” It is shortening the path from legacy source file to a Figma system the team can actually maintain.

This article is intentionally different from nearby Convertify pieces like Adobe XD to Figma Migration Workflow for Product Teams, How to Preserve Editability When Converting Legacy Design Files to Figma, and Figma File Migration Checklist. Those cover broader product migrations, editability expectations, or general conversion hygiene. This one is specifically about library migration, where reusable components and naming systems matter more than any single imported screen.

Separate library migration from screen migration on purpose

This is the first decision that makes the rest easier.

If the team imports every old screen before understanding the component system, it usually preserves too much noise:

• abandoned variants
• duplicate button styles
• outdated icon families
• old brand colors
• one-off exceptions that became fake standards

The library should migrate before the long tail of screens does.

That does not mean rebuilding the entire design system by hand from scratch. It means treating the reusable parts as their own conversion project with their own review criteria.

Inventory what the old library is actually doing

Before importing anything, write down the library categories that really matter:

• navigation
• form controls
• buttons and CTAs
• cards and containers
• type styles
• icon sets
• spacing patterns
• status states

Then mark each category with one of three labels:

• must preserve
• can simplify
• should retire

That one step prevents a very common migration mistake: assuming everything in the old file deserves equal respect.

Often it does not.

Some of the old library is real system logic. Some of it is historical clutter that became normal through repetition.

Test the library on a representative subset first

Do not begin with the biggest file in the archive.

Choose a smaller but realistic subset:

• one primary button family
• one input family
• one navigation pattern
• one card or list pattern
• one icon set

Run that subset through the import path first.

The goal is to learn:

• what survives cleanly
• what keeps useful structure
• what becomes visually accurate but operationally awkward
• what needs manual cleanup in Figma after import

That test is especially important when the old library relied on conventions that made sense in Sketch or XD but do not map neatly to how the Figma team wants to work later.

If your team is migrating whole product files as well, the broader companion article Adobe XD to Figma Migration Workflow for Product Teams is the best next read. The library pass should happen first.

Preserve naming logic before polishing visuals

A migration can look visually successful while still failing operationally.

That usually happens when:

• layers come through with confusing names
• variants lose their grouping logic
• the icon set becomes harder to search
• old component labels and new Figma naming collide

That is why I care about naming earlier than most teams do.

When reviewing imported library pieces, ask:

• Can another designer find the right component quickly?
• Do the names explain purpose rather than old-tool history?
• Are states and variants visible in the naming?
• Does the naming scale once more screens are migrated?

Visual accuracy matters, but a reusable library also has to be navigable.

Decide which old complexity should stay out of Figma

This is where judgment becomes more important than conversion success.

Legacy libraries often contain patterns that were only there because of the previous tool or team:

• duplicate styles that solved old export problems
• nested structures nobody understands anymore
• symbols or component branches preserved only for backward compatibility
• platform-specific exceptions that should now live elsewhere

A good migration does not blindly carry all of that forward.

If the team already knows a pattern is obsolete, retire it during migration rather than polishing it lovingly in a new tool.

That is one reason library migration is a workflow problem, not a one-click miracle. The converter gets the system into Figma faster. The team still has to decide what deserves a future.

Use one or two real screens to pressure-test the imported library

Once the imported library subset looks workable, apply it to a couple of real screens.

Not dozens. Just enough to answer:

• Do the imported components feel reusable in Figma?
• Are the spacing and text behaviors practical?
• Do old states map cleanly to live product needs?
• Does the library support both design work and future cleanup?

This is where imported components reveal whether they are truly library-ready or only conversion-ready.

For example, a button family may look correct in isolation but become frustrating once used across a dense settings screen. An icon set may import cleanly but remain too inconsistent to merge into the team’s Figma component library.

That is useful information. Catch it while the migration scope is still small.

Document cleanup rules before the wider rollout

Once the library subset is validated, define the cleanup rules the team will follow during broader migration:

• naming convention in Figma
• which legacy components get replaced instead of preserved
• which imported styles are canonical
• how deprecated library items are marked
• who approves merged or rewritten variants

Without those rules, the team tends to import more files and solve the same cleanup argument over and over.

The migration then becomes slower precisely because the tool made importing easier.

A practical rollout sequence

For Sketch or XD library migration, I would use this order:

1. Inventory the real library categories and decide what must stay.
2. Import a representative subset instead of the full archive first.
3. Review naming, structure, and reusability before visual polish.
4. Pressure-test the imported pieces on a few real screens.
5. Define cleanup and replacement rules inside Figma.
6. Migrate the wider screen library only after the reusable foundation is stable.

That order keeps the team from mistaking “the file opened” for “the library is ready.”

Where Convertify helps most

Convertify is valuable here because it removes the slowest part of library migration: getting Sketch or XD system assets into Figma in a form the team can inspect and refine. That does not eliminate manual judgment, but it does keep the migration closer to the original source instead of turning it into a full manual rebuild.

For teams moving design systems into Figma, that distinction matters a lot.

The goal is not preserving every historical quirk. The goal is recovering the reusable parts of the old library, cleaning them up intentionally, and giving the team a Figma-native foundation it can actually trust going forward.