The current process
When a new part arrives for inspection, the quality engineer opens the technical drawing (usually a PDF) and manually reads every dimension, tolerance, and surface finish callout. They type each value into a spreadsheet or inspection report template, creating a checklist of what needs to be measured.
This process can take anywhere from 20 minutes for a simple part to several hours for a complex one with dozens of dimensions. And it's repeated for every new part number. The work is skilled: you need to understand GD&T and know what to look for, but the actual data entry is purely manual.
Where errors creep in
The risk isn't that the engineer doesn't know what they're doing. The risk is transcription errors. A tolerance of ±0.05 typed as ±0.5. A dimension missed because it was on a detail view on page 3. A reference datum overlooked. These errors propagate into the inspection process and can result in parts being accepted or rejected based on wrong criteria.
What automation looks like
Automated dimension extraction reads the drawing file (PDF or 2D STEP), identifies the dimensioned features, and outputs a structured list of dimensions with their tolerances. The quality engineer reviews and edits the list (adding context, removing irrelevant dimensions, adjusting priorities), then exports it as a measuring report template.
The engineer's expertise is still essential for review and judgment. But the tedious data entry is eliminated. A process that took an hour now takes minutes.
Asytra Measure
This is exactly what Asytra Measure is being built to do. Upload a PDF or 2D STEP file, review the extracted dimensions, edit as needed, and export a structured measuring report template. Currently in development. Register for early access to be notified at launch.