Keep it going boys; I'm still learning!
Trying to predict what size stock they used or whether they used dies is guesswork and that is not a bad thing. In science, we call that, "hypothesizing".
Comparing what smiths have done in the past here and recently may give us no insight into what was done in factories. As an example, the Springfield armory used very different techniques for making guns and gun parts than contemporary small shop gunsmiths.
Also using the shapes (upswept tip for example) to predict the process suggests the cutlers did not have control over the final product (it just came out that way because of the way they forged the stock). I think the reverse is likely true- that they had a model they wanted to produce then did so the most efficient way possible within the constraints of available materials and technology.
Trying to predict what size stock they used or whether they used dies is guesswork and that is not a bad thing. In science, we call that, "hypothesizing".
Comparing what smiths have done in the past here and recently may give us no insight into what was done in factories. As an example, the Springfield armory used very different techniques for making guns and gun parts than contemporary small shop gunsmiths.
Also using the shapes (upswept tip for example) to predict the process suggests the cutlers did not have control over the final product (it just came out that way because of the way they forged the stock). I think the reverse is likely true- that they had a model they wanted to produce then did so the most efficient way possible within the constraints of available materials and technology.