Check if parts are too large for stock.

Review any oversized parts; revise as needed.

Spot any uncommon plate thicknesses, especially over 20mm (e.g., 24mm or 34mm).

Double-check if these are triclad plates or profiles.

Ensure parts labeled as profiles truly are profiles, not plates (like flat bars or pipes).

Confirm triclad profiles are correctly validated.

Watch out for unusual flat bar dimensions; they might need to be processed as plates.

Identify any markers needing a .step export.

Check if these parts should be processed as special milling parts.

Verify all parts have a material assigned.

Confirm all profiles have the same material (e.g., aluminium 6060T6 or 6082).

Make sure plate parts don't mistakenly share the same material as profiles.

Ensure every part has an assembly name.

Do a quick scan to check parts are in the correct assembly.

Shorten any overly long assembly names to fit on small plates.

Shell: Check all skin plates, bulkheads, plate flanges, and diamond plates.

Primary: Verify all construction parts with flanges.

Secondary: Ensure remaining construction is correct (e.g., intercostals, knees, stringers).

Apply client-specific weld patterns where needed.

Double-check primary construction for double print if using weld marking.

Verify shell plating has the marking side on the inside/construction side.

Ensure cut flanges have the marking side where the frame connects.

Add bevel codes where necessary, especially for parts under 10mm thick.

Make sure bevel codes are applied to the correct spot.

Parts with a radius < R300mm? Add 50mm overlength.

Parts with a radius > R300mm? Add 100mm overlength.

Check if formed parts need overlength; use the same method as for bend parts.

For any doubts, consult the expert.

Confirm if a section needs overlength for assembly and welding.

Double-check if any formed parts need to be marked as "forming: yes."

Discuss with an expert if unsure about extreme shapes.
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