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Attach a drawing and ask Adam to reconstruct the part in your chosen CAD application. This works best when the views, dimensions, and sections define the geometry clearly. Missing information should become a question or labeled assumption.

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Prepare the source

Use the clearest PDF or image available, including all sheets and section views. Identify units, revision, projection convention, and the target CAD application. If you have DXF or DWG files, ask Adam to check whether the available tools can read their entities; a readable PDF can provide additional reference.

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Reconstruct in stages

1

Read the drawing

Ask for a feature inventory and a list of dimensions that define each feature. Resolve conflicting or unreadable callouts.
2

Plan the model

Choose a base feature and a sequence of sketches, extrusions, cuts, and patterns appropriate to the part. Identify which values should become parameters.
3

Build and compare

Create the model, then check measured dimensions against the source. Compare orthogonal and section views where relevant.
4

Deliver the reconstruction

Request the editable source, exchange format, dimension comparison, and unresolved assumptions.
Reconstruct a stepped spacer

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Handle incomplete information

Do not use a printed view’s apparent size as an exact dimension unless the scale and measurement method are established. A scan can be distorted, and an isometric view can hide depth or internal details.
Resolve an ambiguous feature
A reconstruction may match the supplied dimensions without proving the original design intent. Keep assumptions with the model and use drawing review before producing a new manufacturing drawing.
Last modified on October 14, 2026