| _____ |
Is a premium material necessary or desirable? If so, is it specified by grade, hardness and size? Can a standard stock size be used? |
| _____ |
If a material specification is not critical, does the drawing define the broad limits, or are acceptable substitutions indicated? |
| _____ |
Is a mill certificate sufficient for material analysis, or is laboratory testing required? Is the test method fully detailed? |
| _____ |
Do all tolerances appear on the drawing? Are they practical and consistent with function of the part? |
| _____ |
Do all dimensions add up correctly? Do overlapping dimensions eliminate tolerances? |
| _____ |
If concentricity is required, is it clearly shown? Is allowable eccentricity set at practical limits? Is it as “open” as possible? |
| _____ |
Is heat treating required? If so, does the drawing include the heat treating specification? |
| _____ |
If plating is required, are finish and thickness tolerances specified? Is the plated dimension consistent with the unplated dimension? |
| _____ |
Are all surface finish specifications and measurements clearly stated? |
| _____ |
Can minor collet or pusher marks be tolerated? Are burrs permissible? |
| _____ |
If the part mates with another, is this noted on the drawing? Are the mating surfaces noted? |
| _____ |
Are Acceptable Quality Level requirements defined clearly? |
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