An actionable process to map customer DXF layers to your shop’s cut, mark, drill, and bend-reference conventions before CAM — for laser, plasma, waterjet, and sheet-metal teams.
If only one programmer “knows” that CUTTING becomes
CUT and DIM gets deleted, every vacation and
new hire restarts the same discovery. A DXF layer mapping checklist
turns that into a shared shop document: customer names in, shop names
out, with an explicit action per row.
Use this table structure (also in the free worksheet):
| CUSTOMER LAYER | SHOP LAYER | ACTION | NOTES |
|---|---|---|---|
LASER |
CUT |
REMAP | Alias for outer/inner cut |
CUTTING |
CUT |
REMAP | Same destination as LASER |
CUT |
CUT |
KEEP | Already shop-standard |
ETCH / ENGRAVE |
ETCH |
REMAP or KEEP | Confirm mark vs cut intent |
BEND |
BEND |
KEEP | Reference only — not a cut path |
DIM |
— | DROP | Dimensions / annotation |
CONSTRUCTION |
— | DROP | Guides / centerlines |
Anything not listed is unmatched. Decide shop policy: stop the run, park the file, or assign a temporary “REVIEW” layer — but do not silently invent a mapping under pressure.
The Free DXF Shop Intake Kit includes an editable layer-mapping worksheet (PDF + DOCX). Pair it with laser DXF file requirements and how to standardize layers before CAM for KEEP / REMAP / DROP examples.
When the same rows appear on every job, Shop DXF Standardizer stores your profile and batch-processes a folder of customer DXFs on Windows — remap, keep, or drop layers and colors, preview first, then write shop-standard copies plus a report. $99 one-time. It does not repair geometry or guarantee CAM acceptance.