Was looking for an alternative stand for my AS-D2, as I just didn't think it necessary to pay the high price for the one from Feather. Found this one that fit the bill perfectly ($19.99 +s/h).
And you buy these where??
We want something we don't have to re-drill, DISQUALIFIEDGear shift knob (re-drilled base hole to eliminate threads and to enlarge to diameter of razor handle). Can use as pictured above, which provides adequate stability, or upside down for a different look.
Speedwaymotors.com
Part Number 91021910
We want something we don't have to re-drill, DISQUALIFIED
Anyone know where we can get the feather stand? I have the razor
Gear shift knob (re-drilled base hole to eliminate threads and to enlarge to diameter of razor handle). Can use as pictured above, which provides adequate stability, or upside down for a different look.
Speedwaymotors.com
Part Number 91021910
"...Don't have very good control of their knurling process...have spec'd an unreasonable tolerance...."Feather does not sell the stands alone. They custom bore each stand to fit the specific razor it's to be sold with. What that really says is they don't have very good control over their knurling process and have spec'd an unreasonable tolerance for the fit between the razor and stand in light of their knurling.
"...Don't have very good control of their knurling process...have spec'd an unreasonable tolerance...."
Where on earth are you getting your source of information from? I've never heard of Feather's "poor" quality control issues.
From Feather themselves and from having experience with spec'ing machining. I talked to Feather and they said that they have to custom bore each stand to match each razor handle. Boring is extremely precise and unbelievably unlikely to be the source of precision challenges on the scale you'd need for a razor. Turning the OD of a shaft is also extremely precise and unbelievably unlikely to be the source of precision challenges on the scale you'd need for a razor. Knurling, on the other hand, does have some fudge factor in it and, unless you're running a bunch of iterations to normalize your variance, requires slightly looser tolerance of fit to ensure that variations in the final OD after knurling don't result in an interference fit. The logical conclusion is either that Feather has pretty loose tolerances on their knurling operation (or possibly the media prep for plating operation that follows it) or they're spec'in an unreasonably tight tolerance of fit on the handle into the base.
We can actually work out which it is from owner reports. If anyone has a handle that rocks even the tiniest amount in the base, that says they're not chasing a super precise fit and the knurling is the problem. If, however, all the owners report that the fit is so tight that the razor can't rock back and forth even a hair's breadth and they just about have to shake the base off the handle to pick it up, then we know that Feather is targeting an absurdly close fit between the handle and base. In either case, the normal solution is to open up the bore a few thousandths over the largest OD after knurling the company has ever measured and then sell all of us bases because they're all going to fit no matter what. It'll still feel like a good fit to the end users and they'll be able to increase profits by selling bases to people who didn't initially buy them as well as increasing efficiency in the machining process.
From Feather themselves and from having experience with spec'ing machining. I talked to Feather and they said that they have to custom bore each stand to match each razor handle. Boring is extremely precise and unbelievably unlikely to be the source of precision challenges on the scale you'd need for a razor. Turning the OD of a shaft is also extremely precise and unbelievably unlikely to be the source of precision challenges on the scale you'd need for a razor. Knurling, on the other hand, does have some fudge factor in it and, unless you're running a bunch of iterations to normalize your variance, requires slightly looser tolerance of fit to ensure that variations in the final OD after knurling don't result in an interference fit. The logical conclusion is either that Feather has pretty loose tolerances on their knurling operation (or possibly the media prep for plating operation that follows it) or they're spec'in an unreasonably tight tolerance of fit on the handle into the base.
We can actually work out which it is from owner reports. If anyone has a handle that rocks even the tiniest amount in the base, that says they're not chasing a super precise fit and the knurling is the problem. If, however, all the owners report that the fit is so tight that the razor can't rock back and forth even a hair's breadth and they just about have to shake the base off the handle to pick it up, then we know that Feather is targeting an absurdly close fit between the handle and base. In either case, the normal solution is to open up the bore a few thousandths over the largest OD after knurling the company has ever measured and then sell all of us bases because they're all going to fit no matter what. It'll still feel like a good fit to the end users and they'll be able to increase profits by selling bases to people who didn't initially buy them as well as increasing efficiency in the machining process.
Feather specifically used the word bore. They specifically said each base was custom bored to match the handle it was sold with because it was the only way to get the feel of fit they want between the handle and the base.IWe are talking about drilling a hole into a piece of stainless steel, for a razor to sit in. Nothing more, nothing less.